|
version
|
105.03
|
The model parameter "version" only accepts a real number value, like 106.1 for version=106.1.0. The available versions are 105.03, 105.031, 105.04, 106.0(106.0.0), 106.1(106.1.0), 107.0(107.0.0), 108.0(108.0.0), 110.0(110.0.0), 111.0(111.0.0), 111.1(111.1.0), 111.2(111.2.0) and 111.21(111.2.1).
|
|
binunit
|
1
|
Bin parameter unit selector. 1 for microns and 2 for meters.
|
|
l
|
(30*1.0e-9)
|
Designed Gate Length.
|
|
d
|
(40*1.0e-9)
|
Diameter of the cylinder (GEOMOD=3).
|
|
tfin
|
(15*1.0e-9)
|
Body (Fin) thickness.
|
|
fpitch
|
(80*1.0e-9)
|
Fin pitch.
|
|
nfin
|
1
|
Number of fins per finger.
|
|
ngcon
|
1
|
number of gate contact (1 or 2 sided).
|
|
aseo
|
0
|
Source to substrate overlap area through oxide.
|
|
adeo
|
0
|
Drain to substrate overlap area through oxide.
|
|
pseo
|
0
|
Perimeter of source to substrate overlap region.
|
|
pdeo
|
0
|
Perimeter of drain to substrate overlap region.
|
|
asej
|
0
|
Source junction area (BULKMOD=1 or 2).
|
|
adej
|
0
|
Drain junction area (BULKMOD=1 or 2).
|
|
psej
|
0
|
Source to substrate PN junction perimeter (BULKMOD=1 or 2).
|
|
pdej
|
0
|
Drain to substrate PN junction perimeter (BULKMOD=1 or 2).
|
|
cgsp
|
0.0
|
Constant gate-to-source fringe capacitance (CGEOMOD=1).
|
|
cgdp
|
0.0
|
Constant gate-to-drain fringe capacitance (CGEOMOD=1).
|
|
cdsp
|
0.0
|
Constant drain-to-source fringe capacitance (CGEOMOD=1).
|
|
nrs
|
0.0
|
Number of source diffusion squares.
|
|
nrd
|
0.0
|
Number of source diffusion squares.
|
|
lrsd
|
(30*1.0e-9)
|
Length of the source/drain.
|
|
delvtrand
|
0
|
Variability in Vth.
|
|
u0mult
|
1
|
Variability in carrier mobility.
|
|
ids0mult
|
1
|
Variability in Drain current for misc. reasons.
|
|
xl
|
0 m
|
L offset for channel length due to mask/etch effect.
|
|
type
|
n
|
Device doping type. p|0: ptype, n|1: ntype.Possible values are p and n.
|
|
devtype
|
n
|
Device doping type(the same usage as type). p|0: ptype, n|1: ntype.Possible values are p and n.
|
|
bulkmod
|
0
|
0: SOI multi-gate, 1: Bulk multi-gate, 2: for decoupled bulk multi-gate.
|
|
igc0mult
|
1
|
Gate to channel current scale factor.
|
|
igb0mult
|
1
|
Gate to body current scale factor.
|
|
coremod
|
0
|
0: Default surface potential algorithm, 1: Simplified (efficient) surface potential algorithm.
|
|
geomod
|
1
|
Structure selector. 0: Double gate, 1: Triple gate, 2: Quadruple gate, 3: Cylindrical gate, 4: Unified Fin Shape ( since version 110.0.0 ).
|
|
mobmod
|
0
|
0: BSIM4-based mobility model, 1: PSP-based mobility model.
|
|
rdsmod
|
0
|
Internal s/d resistance model, 1: External s/d resistance model , 2: Both bias dependent and independent part of source/drain resistance internal.
|
|
asymmod
|
0
|
0: Asymmetry Model turned off - forward mode parameters used, 1: Asymmetry Model turned on.
|
|
igcmod
|
0
|
0: Turn off Igc, Igs and Igd, 1: Turn on Igc, Igs and Igd.
|
|
igbmod
|
0
|
0: Turn off Igb, 1: Turn on Igb.
|
|
gidlmod
|
0
|
0: Turn off GIDL/GISL current, 1: Turn on GIDL/GISL current, 2: Turn on GIDL/GISL with parasitic substrate component for GEOMOD = 2 or 3 or 5 and BULKMOD != 0.
|
|
iimod
|
0
|
0: No impact ionization current, 1: BSIM4-based model, 2: BSIMSOI-based model, 3: TSMC specific model.
|
|
nqsmod
|
0
|
0: NQS models turned off, 1: NQS gate resistance / gi node turned on, 2: NQS charge deficit model (BSIM4) / q node turned on, 3: //NQS charge segmentation model / Nseg nodes turned on.
|
|
shmod
|
0
|
0: No self-heating, 1: Self-heating turned on.
|
|
rgatemod
|
0
|
0: Gate electrode resistance / ge node turned off, 1: Gate electrode resistance / ge node turned on.
|
|
rgeomod
|
0
|
Geometry-dependent source/drain resistance. 0: RSH-based, 1: Holistic.
|
|
cgeomod
|
0
|
Geometry-dependent parasitic capacitance,model selector.
|
|
capmod
|
0
|
0: No accumulation capacitance, 1: Accumulation capacitance included. Available only for BULKMOD = 1.
|
|
sh_warn
|
0
|
0: Self-Heating Warnings disabled; 1: Self-Heating Warnings enabled.
|
|
igclamp
|
1
|
0: Gate Current clamps disabled; 1: Gate Current Clamps enabled.
|
|
fnmod
|
0
|
0: Old flicker noise model; 1: New flicker noise model.
|
|
lint
|
0
|
Length reduction parameter (dopant diffusion effect).
|
|
ll
|
0
|
Length reduction parameter (dopant diffusion effect).
|
|
lln
|
1
|
Length reduction parameter (dopant diffusion effect).
|
|
dlc
|
0
|
Delta L for C-V model.
|
|
dlcacc
|
0
|
Delta L for C-V model in accumulation region (CAPMOD=1, BULKMOD=1 or 2).
|
|
dlbin
|
0
|
Delta L for Binning.
|
|
llc
|
0
|
Length reduction parameter (dopant diffusion effect).
|
|
eot
|
(1.0*1.0e-9) m
|
Equivalent oxide thickness.
|
|
toxp
|
(1.2*1.0e-9) m
|
Physical oxide thickness.
|
|
eotbox
|
(140*1.0e-9) m
|
Equivalent oxide thickness of the buried oxide (SOI FinFET) or STI (bulk FinFET).
|
|
hfin
|
(30*1.0e-9) m
|
FinFET height.
|
|
fech
|
1
|
End-channel factor, for different orientation/shape.
|
|
deltaw
|
0
|
Change of effective width due to shape of fin/cylinder.
|
|
fechcv
|
1
|
CV end-channel factor, for different orientation/shape.
|
|
deltawcv
|
0
|
CV change of effective width due to shape of fin/cylinder.
|
|
nbody
|
1e22
|
Channel (body) doping.
|
|
nsd
|
2e26 1/m3
|
Source/drain active doping concentration.
|
|
phig
|
4.61 eV
|
Gate workfunction.
|
|
epsrox
|
3.9
|
Relative dielectric constant of the gate dielectric.
|
|
epsrsub
|
11.9
|
Relative dielectric constant of the channel material.
|
|
easub
|
4.05 eV
|
Electron affinity of substrate.
|
|
ni0sub
|
1.1e16 1/m3
|
Intrinsic carrier constant at 300.15K.
|
|
bg0sub
|
1.12 eV
|
Band gap of substrate at 300.15K.
|
|
nc0sub
|
2.86e25 1/m3
|
Conduction band density of states.
|
|
ngate
|
0.0
|
Parameter for poly gate doping. For metal gate please set NGATE = 0.
|
|
cit
|
0.0
|
Parameter for interface trap.
|
|
cdsc
|
7e-3
|
Coupling capacitance between S/D and channel.
|
|
cdscd
|
7e-3
|
Drain-bias sensitivity of CDS.
|
|
cdscdr
|
cdscd
|
Reverse-mode drain-bias sensitivity of CDSC (Experimental).
|
|
dvt0
|
0.0
|
SCE exponent coefficient, after binning should be in (0:inf).
|
|
dvt1
|
0.60
|
SCE exponent coefficient.
|
|
phin
|
0.05 V
|
Non-uniform vertical doping effect on surface potential.
|
|
eta0
|
0.60
|
DIBL coefficient.
|
|
eta0r
|
eta0
|
Reverse-mode DIBL coefficient (Experimental).
|
|
dsub
|
1.06
|
DIBL exponent coefficient.
|
|
k1rsce
|
0.0
|
K1 for reverse short channel effect calculation.
|
|
lpe0
|
(5.0*1.0e-9)
|
Equivalent length of pocket region at zero bias.
|
|
dvtshift
|
0
|
Vth shift handle.
|
|
k0
|
0.0
|
Lateral NUD voltage parameter, V.
|
|
k0si
|
1.0
|
Correction factor for strong inversion, used in Mnud, after binning should be from (0:inf).
|
|
phibe
|
0.7 V
|
Body effect voltage parameter, after binning should be from [0.2:1.2].
|
|
k1
|
0.0
|
Body effect coefficient for sub-threshold region.
|
|
k1si
|
1.0
|
Correction factor for strong inversion, used in Mob.
|
|
k1sat
|
0.0
|
Correction factor for K1 in saturation (high Vds).
|
|
dvtb
|
0.60
|
Body effect roll-off coefficient.
|
|
lpeb
|
0.0
|
Lateral non-uniform doping effect on K1.
|
|
qmfactor
|
0.0
|
Prefactor + switch for QM Vth correction.
|
|
qmtceniv
|
0.0
|
Prefactor + switch for QM Width correction for IV.
|
|
qmtcencv
|
0.0
|
Prefactor + switch for QM Width and Toxeff correction for CV.
|
|
qmtcencva
|
0.0
|
Prefactor + switch for QM Width and Toxeff correction for CV (accumulation region).
|
|
aqmtcen
|
0.0
|
Parameter for geometric dependence of Tcen on R/TFIN/HFIN.
|
|
bqmtcen
|
12.0e-9
|
Parameter for geometric dependence of Tcen on R/TFIN/HFIN.
|
|
etaqm
|
0.54
|
Bulk charge coefficient for Tcen.
|
|
qm0
|
1.00e-3
|
Knee-Point for Tcen in inversion (Charge normalized to Cox).
|
|
pqm
|
0.66
|
Slope of normalized Tcen in inversion.
|
|
qm0acc
|
1.00e-3
|
Knee-Point for Tcen in accumulation (Charge normalized to Cox).
|
|
pqmacc
|
0.66
|
Slope of normalized Tcen in accumulation.
|
|
alphaqm
|
0.66
|
Slope of normalized Tcen in strong inversion/accumulation.
|
|
vsat
|
85000 m/s
|
Saturation velocity for the saturation region.
|
|
avsat
|
0.0
|
Pre-exponential coefficient for VSAT.
|
|
bvsat
|
100.0e-9
|
Exponential coefficient for VSAT.
|
|
vsat1
|
vsat
|
Velocity saturation parameter for I_on degradation - forward mode.
|
|
vsat1r
|
vsat1
|
Velocity saturation parameter for I_on degradation - reverse mode.
|
|
avsat1
|
avsat
|
Pre-exponential coefficient for VSAT1.
|
|
bvsat1
|
bvsat
|
Exponential coefficient for VSAT1.
|
|
deltavsat
|
1.0
|
Velocity saturation parameter in the linear region.
|
|
psat
|
2.0
|
Velocity saturation exponent for C-V.
|
|
apsat
|
0.0
|
Pre-exponential coefficient for PSAT.
|
|
bpsat
|
1.0
|
Exponential coefficient for PSAT.
|
|
ksativ
|
1.0
|
Parameter for long channel Vdsat.
|
|
vsatcv
|
vsat
|
Velocity saturation parameter for CV.
|
|
avsatcv
|
avsat
|
Length dependence of VSATCV.
|
|
bvsatcv
|
bvsat
|
Length dependence of VSATCV.
|
|
mexp
|
4
|
Smoothing function factor for Vdsat.
|
|
amexp
|
0.0
|
Length dependence of MEXP.
|
|
bmexp
|
1.0
|
Length dependence of MEXP.
|
|
ptwg
|
0.0
|
Gmsat degradation parameter - forward mode.
|
|
ptwgr
|
ptwg
|
Gmsat degradation parameter - reverse mode.
|
|
aptwg
|
0.0
|
Length dependence of PTWG.
|
|
bptwg
|
100.0e-9
|
Length dependence of PTWG.
|
|
thetasat
|
2.0
|
Velocity saturation parameter.
|
|
athetasat
|
0.0
|
Length dependence of THETASAT.
|
|
bthetasat
|
100.0e-9
|
Length dependence of THETASAT.
|
|
u0
|
0.03 m2/V s
|
Shared: low-field mobility.
|
|
etamob
|
2.0
|
Effective field parameter.
|
|
up
|
0 μm^LPA
|
Shared: Mobility L coefficient.
|
|
lpa
|
1.0
|
Shared: Mobility L power coefficient.
|
|
ua
|
0.3
|
MOD0: Mobility reduction coefficient.
|
|
aua
|
0.0
|
MOD0: Length dependence of UA.
|
|
bua
|
100.0e-9
|
Length dependence of UA.
|
|
uc
|
0.0
|
Body effect for mobility degradation parameter - BULKMOD=1 or 2.
|
|
eu
|
2.5
|
MOD0: Mobility reduction exponent.
|
|
aeu
|
0.0
|
Length dependence of EU.
|
|
beu
|
100.0e-9
|
Length dependence of EU.
|
|
ud
|
0.0
|
MOD0: Coulomb scattering parameter.
|
|
aud
|
0.0
|
MOD0: Length dependence of UD.
|
|
bud
|
50.0e-9
|
Length dependence of UD.
|
|
ucs
|
1.0
|
MOD0: Coulomb scattering parameter.
|
|
mue
|
1.2
|
MOD1: Mobility reduction coefficient.
|
|
thetamu
|
1.0
|
MOD1: Mobility reduction exponent.
|
|
athetamu
|
0.0
|
MOD1: Length dependence of THETAMU.
|
|
bthetamu
|
100.0e-9
|
Length dependence of THETAMU.
|
|
cs
|
0
|
MOD1: Coulomb scattering parameter.
|
|
acs
|
0.0
|
MOD1: Length dependence of CS.
|
|
bcs
|
50.0e-9
|
Length dependence of CS.
|
|
pclm
|
0.013
|
CLM prefactor.
|
|
apclm
|
0.0
|
Length dependence of PCLM.
|
|
bpclm
|
100.0e-9
|
Length dependence of PCLM.
|
|
pclmg
|
0.0
|
CLM prefactor gate voltage dependence.
|
|
vasat
|
0.2
|
CLM log dependence parameter.
|
|
pclmcv
|
pclm
|
CLM parameter for short channel CV.
|
|
pclmgcv
|
0.0
|
CLM prefactor gate voltage dependence.
|
|
vasatcv
|
0.2
|
CLM log dependence parameter.
|
|
a1
|
0.0
|
Non-saturation effect parameter for strong inversion region.
|
|
a2
|
0.0
|
Non-saturation effect parameter for moderate inversion region.
|
|
rdswmin
|
0.0 ohm(μm)^WR
|
S/D extension resistance per unit width at high Vgs.
|
|
rdsw
|
100.0 ohm(μm)^WR
|
Zero bias S/D extension resistance per unit width.
|
|
ardsw
|
0.0
|
Geometrical scaling of RDSW.
|
|
brdsw
|
100.0e-9
|
Geometrical scaling of RDSW.
|
|
rswmin
|
0.0
|
Source resistance for RDSMOD=1.
|
|
rsw
|
50.0
|
Zero bias source resistance for RDSMOD=1.
|
|
arsw
|
0.0
|
Geometrical scaling of RSW.
|
|
brsw
|
100.0e-9
|
Geometrical scaling of RSW.
|
|
rdwmin
|
0.0
|
Drain resistance for RDSMOD=1.
|
|
rdw
|
50.0
|
Zero bias drain resistance for RDSMOD=1.
|
|
ardw
|
0.0
|
Geometrical scaling of RDW.
|
|
brdw
|
100.0e-9
|
Geometrical scaling of RDW.
|
|
prwg
|
0 1/V
|
Gate bias dependence of S/D extension resistance.
|
|
rsdr
|
0.0 V^(-prsdr)
|
Source side drift resistance parameter - forward mode.
|
|
rsdrr
|
rsdr V^(-prsdr)
|
Source side drift resistance parameter - reverse mode.
|
|
rddr
|
rsdr V^(-prddr)
|
Drain side drift resistance parameter - forward mode.
|
|
rddrr
|
rddr V^(-prddr)
|
Drain side drift resistance parameter - reverse mode.
|
|
prsdr
|
1.0
|
Source side quasi-saturation parameter.
|
|
prddr
|
prsdr
|
Drain side quasi-saturation parameter.
|
|
prwgs
|
0.0 1/V
|
Gate bias dependence of source extension resistance.
|
|
prwgd
|
prwgs 1/V
|
Gate bias dependence of drain extension resistance.
|
|
wr
|
1.0
|
W dependence parameter of S/D extension resistance.
|
|
trsdr
|
0.0 /K
|
Temperature dependence of RSDR.
|
|
trddr
|
trsdr /K
|
Temperature dependence of RDDR.
|
|
rgext
|
0.0
|
Effective gate electrode external resistance.
|
|
rgfin
|
1.0e-3
|
Effective gate electrode per finger per fin resistance.
|
|
rshs
|
0.0
|
Source-side sheet resistance.
|
|
rshd
|
rshs
|
Drain-side sheet resistance.
|
|
hepi
|
(10.0*1.0e-9)
|
Height of the raised source/drain on top of the fin.
|
|
tsili
|
(10.0*1.0e-9)
|
Thickness of the silicide on top of the raised source/drain.
|
|
rhoc
|
1.0e-12
|
Contact resistivity at the silicon/silicide interface.
|
|
rhorsd
|
1.0
|
Average resistivity of silicon in the raised source/drain region.
|
|
rhoext
|
1.0
|
Average resistivity of silicon in the fin extension region.
|
|
cratio
|
0.5
|
Ratio of the corner area filled with silicon to the total corner area.
|
|
deltaprsd
|
0.0
|
Change in silicon/silicide interface length due to non-rectangular epi.
|
|
sdterm
|
0
|
Indicator of whether the source/drain are terminated with silicide.
|
|
lsp
|
0.2*(L + XL)
|
Thickness of the gate sidewall spacer.
|
|
ldg
|
5.0e-9
|
Lateral diffusion gradient in the fin extension region.
|
|
epsrsp
|
3.9
|
Relative dielectric constant of the spacer.
|
|
tgate
|
(30.0*1.0e-9)
|
Gate height on top of the hard mask.
|
|
tmask
|
(30.0*1.0e-9)
|
Height of hard mask on top of the fin.
|
|
asiliend
|
0.0
|
Extra silicide cross-sectional area at the two ends of the FinFET.
|
|
arsdend
|
0.0
|
Extra raised source/drain cross-sectional area at the two ends of the FiinFET.
|
|
prsdend
|
0.0
|
Extra silicon/silicide interface perimeter at the two ends of the FinFET.
|
|
nsde
|
2e25
|
Source/drain active doping concentration at Leff edge.
|
|
rgeoa
|
1.0
|
Fitting parameter for RGEOMOD=1.
|
|
rgeob
|
0.0
|
Fitting parameter for RGEOMOD=1.
|
|
rgeoc
|
0.0
|
Fitting parameter for RGEOMOD=1.
|
|
rgeod
|
0.0
|
Fitting parameter for RGEOMOD=1.
|
|
rgeoe
|
0.0
|
Fitting parameter for RGEOMOD=1.
|
|
cgeoa
|
1.0
|
Fitting parameter for CGEOMOD=2 and 3.
|
|
cgeob
|
0.0
|
Fitting parameter for CGEOMOD=2 and 3.
|
|
cgeoc
|
0.0
|
Fitting parameter for CGEOMOD=2 and 3.
|
|
cgeod
|
0.0
|
Fitting parameter for CGEOMOD=2 and 3.
|
|
cgeoe
|
1.0
|
Fitting parameter for CGEOMOD=2 and 3.
|
|
pdibl1
|
1.30
|
DIBL output conductance parameter - forward mode.
|
|
pdibl1r
|
pdibl1
|
DIBL output conductance parameter - reverse mode.
|
|
pdibl2
|
2.0e-4
|
DIBL output conductance parameter.
|
|
drout
|
1.06
|
L dependence of DIBL effect on Rout.
|
|
pvag
|
1.0
|
Vg dependence on early voltage.
|
|
aigbinv
|
1.11e-2
|
Parameter for Igb in inversion.
|
|
bigbinv
|
9.49e-4
|
Parameter for Igb in inversion.
|
|
cigbinv
|
6.00e-3
|
Parameter for Igb in inversion.
|
|
eigbinv
|
1.1
|
Parameter for Igb in inversion.
|
|
nigbinv
|
3.0
|
Parameter for Igb in inversion.
|
|
aigbacc
|
1.36e-2
|
Parameter for Igb in accumulation.
|
|
bigbacc
|
1.71e-3
|
Parameter for Igb in accumulation.
|
|
cigbacc
|
7.5e-2
|
Parameter for Igb in accumulation.
|
|
nigbacc
|
1.0
|
Parameter for Igb in accumulation.
|
|
igbinvclamp
|
1.0e-3
|
Clamping value of the exponent for Igb in inversion.
|
|
igbaccclamp
|
1.0e-3
|
Clamping value of the exponent for Igb in accumulation.
|
|
igcinvclamp
|
5.0e-4
|
Clamping value of the exponent for Igc in inversion.
|
|
aigc
|
1.36e-2
|
Parameter for Igc in inversion.
|
|
bigc
|
1.71e-3
|
Parameter for Igc in inversion.
|
|
cigc
|
0.075
|
Parameter for Igc in inversion.
|
|
nigc
|
1.0
|
Parameter for Igc in inversion.
|
|
pigcd
|
1.0
|
Parameter for Igc partition.
|
|
dlcigs
|
0
|
Delta L for Igs model.
|
|
aigs
|
1.36e-2
|
Parameter for Igs in inversion.
|
|
bigs
|
1.71e-3
|
Parameter for Igs in inversion.
|
|
cigs
|
0.075
|
Parameter for Igs in inversion.
|
|
dlcigd
|
dlcigs
|
Delta L for Igd model.
|
|
aigd
|
aigs ((F s2/g)^0.5) m^-1
|
Parameter for Igd in inversion.
|
|
bigd
|
bigs ((F s2/g)^0.5) (m V)^-1
|
Parameter for Igd in inversion.
|
|
cigd
|
cigs /V
|
Parameter for Igd in inversion.
|
|
toxref
|
(1.2*1.0e-9) m
|
Target tox value.
|
|
ntox
|
1.0
|
Exponent for Tox ratio.
|
|
poxedge
|
1.0
|
Factor for the gate edge Tox.
|
|
agisl
|
(6.055*1.0e-12) Ω
|
Pre-exponential coefficient for GISL.
|
|
bgisl
|
0.3e9 V/m
|
Exponential coefficient for GISL.
|
|
cgisl
|
0.5 V3
|
Parameter for body-effect of GISL.
|
|
egisl
|
0.2 V
|
Band bending parameter for GISL.
|
|
pgisl
|
1.0
|
Parameter for body-bias effect on GISL.
|
|
agidl
|
agisl Ω
|
Pre-exponential coefficient for GIDL.
|
|
bgidl
|
bgisl V/m
|
Exponential coefficient for GIDL.
|
|
cgidl
|
cgisl V3
|
Parameter for body-effect of GIDL.
|
|
egidl
|
egisl V
|
Band bending parameter for GIDL.
|
|
pgidl
|
pgisl
|
Parameter for body-bias effect on GIDL.
|
|
alpha0
|
0.0 m/V
|
First parameter of Iii.
|
|
alpha1
|
0.0 1/V
|
L Scaling parameter of Iii.
|
|
beta0
|
0.0 1/V
|
Vds-dependent parameter of Iii.
|
|
alphaii
|
0.0
|
Pre-exponential constant of Iii.
|
|
betaii0
|
0.0 1/V
|
Vds-dependent parameter of Iii.
|
|
betaii1
|
0.0
|
Vds-dependent parameter of Iii.
|
|
betaii2
|
0.1 V
|
Vds-dependent parameter of Iii.
|
|
esatii
|
1.0e7 V/m
|
Saturation channel E-Field for Iii.
|
|
lii
|
0.5E-9 V m
|
Channel length dependent parameter of Iii.
|
|
sii0
|
0.5 1/V
|
Vgs dependent parameter of Iii.
|
|
sii1
|
0.1 1/V
|
First Vgs-dependent parameter of Iii.
|
|
sii2
|
0.0
|
Sencond Vgs-dependent parameter of Iii.
|
|
siid
|
0.0 1/V
|
Third Vds-dependent parameter of Iii.
|
|
eotacc
|
eot m
|
Equivalent oxide thickness for accumulation region.
|
|
delvfbacc
|
0.0
|
Change in Flatband Voltage; Vfb_accumulation-Vfb_inversion.
|
|
cfs
|
2.5e-11 F/m
|
Outer fringe capacitance (source side).
|
|
cfd
|
cfs F/m
|
Outer fringe capacitance (drain side).
|
|
covs
|
2.5e-11
|
Constant g/s overlap capacitance. Default value is 0.0 since version 107.0.0.
|
|
covd
|
covs
|
Constant g/d overlap capacitance.
|
|
cgso
|
0.0 F/m
|
Non-LDD region source-gate overlap capacitance per unit channel width.
|
|
cgdo
|
cgso F/m
|
Non-LDD region drain-gate overlap capacitance per unit channel width.
|
|
cgsl
|
0.0 F/m
|
Overlap capacitance between gate and lightly-doped source region (for GEOMOD = 0, 2).
|
|
cgdl
|
cgsl F/m
|
Overlap capacitance between gate and lightly-doped drain region (for GEOMOD = 0, 2).
|
|
ckappas
|
0.6 V
|
Coefficient of bias-dependent overlap capacitance for the source side (for CGEOMOD = 0, 2).
|
|
ckappad
|
ckappas V
|
Coefficient of bias-dependent overlap capacitance for the drain side (for CGEOMOD = 0, 2).
|
|
cgbo
|
0.0 F/m
|
Gate-to-substrate overlap capacitance per unit channel length per finger per NGCON.
|
|
cgbn
|
0.0 F/m
|
Gate-to-substrate overlap capacitance per unit channel length per fin per finger.
|
|
cgbl
|
0.0 F/m
|
Bias dependent component of gate-to-substrate overlap cap per unit channel length per fin per finger.
|
|
ckappab
|
0.6
|
Coefficient for gate-to-substrate bias-dependent overlap capacitance (for BULKMOD = 1).
|
|
csdesw
|
0.0 F/m
|
Coefficient for source/drain-to-substrate sidewall cap.
|
|
cjs
|
5.0e-4 F/m2
|
Unit area source-side junction capacitance at zero bias.
|
|
cjd
|
cjs F/m2
|
Unit area drain-side junction capacitance at zero bias.
|
|
cjsws
|
5.0e-10 F/m
|
Unit length source-side sidewall junction capacitance at zero bias.
|
|
cjswd
|
cjsws F/m
|
Unit length drain-side sidewall junction capacitance at zero bias.
|
|
cjswgs
|
0.0 F/m
|
Unit length source-side gate sidewall junction capacitance at zero bias.
|
|
cjswgd
|
cjswgs F/m
|
Unit length drain-side gate sidewall junction capacitance at zero bias.
|
|
pbs
|
1.0 V
|
Source-side bulk junction built-in potential.
|
|
pbd
|
pbs V
|
Drain-side bulk junction built-in potential.
|
|
pbsws
|
1.0 V
|
Built-in potential for source-side sidewall junction capacitance.
|
|
pbswd
|
pbsws V
|
Built-in potential for drain-side sidewall junction capacitance.
|
|
pbswgs
|
pbsws V
|
Built-in potential for source-side gate sidewall junction capacitance.
|
|
pbswgd
|
pbswgs V
|
Built-in potential for drain-side gate sidewall junction capacitance.
|
|
mjs
|
0.5
|
Source bottom junction capacitance grading coefficient.
|
|
mjd
|
mjs
|
Drain bottom junction capacitance grading coefficient.
|
|
mjsws
|
0.33
|
Source sidewall junction capacitance grading coefficient.
|
|
mjswd
|
mjsws
|
Drain sidewall junction capacitance grading coefficient.
|
|
mjswgs
|
mjsws
|
Source-side gate sidewall junction capacitance grading coefficient.
|
|
mjswgd
|
mjswgs
|
Drain-side gate sidewall junction capacitance grading coefficient.
|
|
sjs
|
0.0
|
Constant for source-side two-step second junction capacitance.
|
|
sjd
|
sjs
|
Constant for drain-side two-step second junction capacitance.
|
|
sjsws
|
0.0
|
Constant for sidewall two-step second junction capacitance (source-side).
|
|
sjswd
|
sjsws
|
Constant for sidewall two-step second junction capacitance (drain-side).
|
|
sjswgs
|
0.0
|
Constant for gate sidewall two-step second junction capacitance (source-side).
|
|
sjswgd
|
sjswgs
|
Constant for gate sidewall two-step second junction capacitance (drain-side).
|
|
mjs2
|
0.125
|
Source bottom two-step second junction capacitance grading coefficient.
|
|
mjd2
|
mjs2
|
Drain bottom two-step second junction capacitance grading coefficient.
|
|
mjsws2
|
0.083
|
Isolation-edge sidewall two-step second junction capacitance grading coefficient (source-side).
|
|
mjswd2
|
mjsws2
|
Isolation-edge sidewall two-step second junction capacitance grading coefficient (drain-side).
|
|
mjswgs2
|
mjsws2
|
Gate-edge sidewall two-step second junction capacitance grading coefficient (source-side).
|
|
mjswgd2
|
mjswgs2
|
Gate-edge sidewall two-step second junction capacitance grading coefficient (drain-side).
|
|
jss
|
1.0e-4 A/m2
|
Bottom source junction reverse saturation current density.
|
|
jsd
|
jss A/m2
|
Bottom drain junction reverse saturation current density.
|
|
jsws
|
0.0 A/m
|
Unit length reverse saturation current for sidewall source junction.
|
|
jswd
|
jsws A/m
|
Unit length reverse saturation current for sidewall drain junction.
|
|
jswgs
|
0.0 A/m
|
Unit length reverse saturation current for gate-edge sidewall source junction.
|
|
jswgd
|
jswgs A/m
|
Unit length reverse saturation current for gate-edge sidewall drain junction.
|
|
njs
|
1.0
|
Source junction emission coefficient.
|
|
njd
|
njs
|
Drain junction emission coefficient.
|
|
ijthsfwd
|
0.1 A
|
Forward source diode breakdown limiting current.
|
|
ijthdfwd
|
ijthsfwd A
|
Forward drain diode breakdown limiting current.
|
|
ijthsrev
|
0.1 A
|
Reverse source diode breakdown limiting current.
|
|
ijthdrev
|
ijthsrev A
|
Reverse drain diode breakdown limiting current.
|
|
bvs
|
10.0 V
|
Source diode breakdown voltage.
|
|
bvd
|
bvs V
|
Drain diode breakdown voltage.
|
|
xjbvs
|
1.0
|
Fitting parameter for source diode breakdown current.
|
|
xjbvd
|
xjbvs
|
Fitting parameter for drain diode breakdown current.
|
|
jtss
|
0.0 A/m2
|
Bottom source junction trap-assisted saturation current density.
|
|
jtsd
|
jtss A/m2
|
Bottom drain junction trap-assisted saturation current density.
|
|
jtssws
|
0.0 A/m
|
Unit length trap-assisted saturation current for isolation-edge source side-wall junction.
|
|
jtsswd
|
jtssws A/m
|
Unit length trap-assisted saturation current for isolation-edge drain side-wall junction.
|
|
jtsswgs
|
0.0 A/m
|
Unit length trap-assisted saturation current for gate-edge source sidewall junction.
|
|
jtsswgd
|
jtsswgs A/m
|
Unit length trap-assisted saturation current for gate-edge drain sidewall junction.
|
|
jtweff
|
0.0
|
Trap-assisted tunneling current width dependence.
|
|
njts
|
20.0
|
Non-ideality factor for JTSS.
|
|
njtsd
|
njts
|
Non-ideality factor for JTSD.
|
|
njtssw
|
20.0
|
Non-ideality factor for JTSSWS.
|
|
njtsswd
|
njtssw
|
Non-ideality factor for JTSSWD.
|
|
njtsswg
|
20.0
|
Non-ideality factor for JTSSWGS.
|
|
njtsswgd
|
njtsswg
|
Non-ideality factor for JTSSWGD.
|
|
vtss
|
10.0
|
Bottom source junction trap-assisted current voltage dependent parameter.
|
|
vtsd
|
vtss
|
Bottom drain junction trap-assisted current voltage dependent parameter.
|
|
vtssws
|
10.0
|
Unit length trap-assisted current voltage dependent parameter for isolation-edge source sidewall junction.
|
|
vtsswd
|
vtssws
|
Unit length trap-assisted current voltage dependent parameter for isolation-edge drain sidewall junction.
|
|
vtsswgs
|
10.0
|
Unit length trap-assisted current voltage dependent parameter for gate-edge source sidewall junction.
|
|
vtsswgd
|
vtsswgs
|
Unit length trap-assisted current voltage dependent parameter for gate-edge drain sidewall junction.
|
|
lintigen
|
0
|
Lint for thermal generation current.
|
|
ntgen
|
1.0
|
Thermal generation current parameter.
|
|
aigen
|
0
|
Thermal generation current parameter.
|
|
bigen
|
0
|
Thermal generation current parameter.
|
|
xrcrg1
|
12.0
|
Parameter for non quasi-static gate resistance NQSMOD = 1 and NQSMOD = 2.
|
|
xrcrg2
|
1.0
|
Parameter for non quasi-static gate resistance NQSMOD = 1 and NQSMOD = 2.
|
|
nseg
|
4
|
Number of segments for NQSMOD=3 (3,5 & 10 supported).
|
|
ef
|
1.0
|
Flicker noise frequency exponent.
|
|
em
|
4.1e7
|
Flicker noise parameter.
|
|
noia
|
6.250e+39
|
Flicker noise parameter.
|
|
noib
|
3.125e+24
|
Flicker noise parameter.
|
|
noic
|
8.750e+07
|
Flicker noise parameter.
|
|
rtnmod
|
0
|
0: RTN Mode off, 1: RTN Mode on.
|
|
rtnfmod
|
0
|
0: RTN 1ovf Mode off, 1: RTN 1ovf Mode on.
|
|
rtnmcmod
|
0
|
0: RTN MC Mode off, 1: RTN MC Mode on.
|
|
rtnmcloop
|
0
|
0: RTN loop MC Mode off, 1: RTN loop MC Mode on.
|
|
rtn_mc
|
0
|
RTN random number.
|
|
rtnfc
|
10000
|
RTN corner frequency (Hz).
|
|
rtnamp
|
0
|
RTN amplitude (V).
|
|
rtnpr
|
100
|
RTN probability rate (%).
|
|
rtnfcmc
|
0
|
RTN corner frequency 3-sigma (log).
|
|
rtnampmc
|
0
|
RTN amplitude 3-sigma (ratio).
|
|
fnoik
|
0.0
|
TMEMOD noise parameter.
|
|
kfrs
|
0.0
|
TMEMOD noise parameter.
|
|
kfrd
|
0.0
|
TMEMOD noise parameter.
|
|
kfds
|
0.0
|
TMEMOD noise parameter.
|
|
afrs
|
2.0
|
TMEMOD noise parameter.
|
|
afrd
|
2.0
|
TMEMOD noise parameter.
|
|
afds
|
2.0
|
TMEMOD noise parameter.
|
|
efrs
|
1.0
|
TMEMOD noise parameter.
|
|
efrd
|
1.0
|
TMEMOD noise parameter.
|
|
efds
|
1.0
|
TMEMOD noise parameter.
|
|
af_hv
|
2.0
|
Flicker noise parameter.
|
|
kf_hv
|
0
|
Flicker noise parameter.
|
|
lintnoi
|
0.0
|
L offset for flicker noise calculation.
|
|
noia2
|
6.250e+39
|
Flicker noise parameter for sub-threshold region.
|
|
smooth
|
2.0
|
Smoothing Parameter.
|
|
mpower
|
1.2
|
Sub-threshold to strong inversion transition slope Parameter.
|
|
noiua
|
3.0
|
Noise parameter.
|
|
qsref
|
5.0e-2
|
Charge at threshold condition.
|
|
ntnoi
|
1.0
|
Thermal noise parameter.
|
|
tnoimod
|
0
|
Before version 110.0.0, 0: charge-based, 1: holistic thermal noise based on BSIM4 noise model, 2: correlated noise. Since version 110.0.0, 0: charge-based, 1: correlated thermal noise model.
|
|
fnoimod
|
0
|
0: Enhanced Mode off (standard BSIMCMG model), 91: (TSMC HV flicker noise model).
|
|
tnoia
|
1.5
|
Thermal noise parameter.
|
|
tnoib
|
3.5
|
Thermal noise parameter.
|
|
rnoia
|
0.577
|
Thermal noise parameter.
|
|
rnoib
|
0.37
|
Thermal noise parameter.
|
|
nidsmin
|
1.0e-9
|
Lower limit of the clamping function in noise calculation.
|
|
tnom
|
27.0 C
|
Temperature at which the model is extracted.
|
|
tbgasub
|
7.02e-4 eV/C
|
Bandgap temperature coefficient.
|
|
tbgbsub
|
1108.0 C
|
Bandgap temperature coefficient.
|
|
kt1
|
0.0 V
|
Vth temperature coefficient.
|
|
kt1l
|
0.0 m V
|
Vth temperature L coefficient.
|
|
tss
|
0.0 1/C
|
Swing temperature coefficient.
|
|
ute
|
0.0
|
Mobility temperature coefficient.
|
|
utl
|
(-1.5e-3)
|
Mobility temperature coefficient.
|
|
emobt
|
0.0
|
Mobility temperature coefficient.
|
|
ua1
|
1.032e-3
|
Mobility temperature coefficient.
|
|
uc1
|
0.056e-9
|
Mobility temperature coefficient.
|
|
ud1
|
0.0
|
Mobility temperature coefficient.
|
|
ucste
|
(-4.775e-3)
|
Mobility temperature coefficient.
|
|
stthetamu
|
1.5
|
Mobility temperature coefficient.
|
|
stmue
|
0.0
|
Mobility temperature coefficient.
|
|
stcs
|
0.0
|
Mobility temperature coefficient.
|
|
at
|
(-1.56e-3)
|
Saturation velocity temperature coefficient.
|
|
tmexp
|
0.0
|
Temperature coefficient for Vdseff.
|
|
dvsatclamp
|
0.01 m
|
Minimum clamp on Dvsat.
|
|
dmobclamp
|
0.01 m
|
Minimum clamp on Dmob.
|
|
ptwgt
|
0.004
|
Temperature dependence of PTWG.
|
|
abulkmod
|
0
|
0: Original BSIM-CMG CV model; 1: TSMC CV enhancement model.
|
|
abulkcon
|
(-1.0e-6)
|
Coefficient for TSMC CV enhancement model, should not be 0.
|
|
voffmod
|
0
|
0: Original BSIM-CMG lateral NUD effect model; 1: TSMC lateral NUD effect enhancement model.
|
|
a0cv
|
0.0
|
|
|
agscv
|
0.0
|
|
|
mexpcv
|
4.0
|
|
|
amexpcv
|
0.0
|
|
|
bmexpcv
|
1.0
|
|
|
tmexpcv
|
0.0
|
|
|
k1sisat
|
0.0
|
|
|
k1sisat1
|
0.0
|
|
|
ldvtp0
|
0.0 m
|
L-term of DVTP0.
|
|
ndvtp0
|
0.0
|
|
|
pdvtp0
|
0.0 m
|
P-term of DVTP0.
|
|
wdvtp0
|
0.0 m
|
W-term of DVTP0.
|
|
p2dvtp0
|
0.0 m2
|
WL-term of DVTP0.
|
|
ldvtp1
|
0.0 m
|
L-term of DVTP1.
|
|
ndvtp1
|
0.0
|
|
|
pdvtp1
|
0.0 m
|
P-term of DVTP1.
|
|
wdvtp1
|
0.0 m
|
W-term of DVTP1.
|
|
p2dvtp1
|
0.0 m2
|
WL-term of DVTP1.
|
|
stthetasat
|
0.0217
|
Saturation velocity temperature coefficient.
|
|
prt
|
0.001 /K
|
Series resistance temperature coefficient.
|
|
iit
|
(-0.5)
|
Impact ionization temperature dependence, IIMOD=1.
|
|
tii
|
0.0
|
Impact ionization temperature dependence, IIMOD=2.
|
|
tgidl
|
(-0.003)
|
GIDL/GISL temperature dependence.
|
|
igt
|
2.5
|
Gate current temperature dependence.
|
|
tcj
|
0.0
|
Temperature coefficient for CJS/CJD.
|
|
tcjsw
|
0.0
|
Temperature coefficient for CJSWS/CJSWD.
|
|
tcjswg
|
0.0
|
Temperature coefficient for CJSWGS/CJSWGD.
|
|
tpb
|
0.0
|
Temperature coefficient for PBS/PBD.
|
|
tpbsw
|
0.0
|
Temperature coefficient for PBSWS/PBSW.
|
|
tpbswg
|
0.0
|
Temperature coefficient for PBSWGS/PBSWGD.
|
|
xtis
|
3.0
|
Source junction current temperature exponent.
|
|
xtid
|
xtis
|
Drain junction current temperature exponent.
|
|
xtss
|
0.02
|
Power dependence of JTSS on temperature.
|
|
xtsd
|
xtss
|
Power dependence of JTSD on temperature.
|
|
xtssws
|
0.02
|
Power dependence of JTSSWS on temperature.
|
|
xtsswd
|
xtssws
|
Power dependence of JTSSWG on temperature.
|
|
xtsswgs
|
0.02
|
Power dependence of JTSSWGS on temperature.
|
|
xtsswgd
|
xtsswgs
|
Power dependence of JTSSWGD on temperature.
|
|
tnjts
|
0.0
|
Temperature coefficient for NJTS.
|
|
tnjtsd
|
tnjts
|
Temperature coefficient for NJTSD.
|
|
tnjtssw
|
0.0
|
Temperature coefficient for NJTSSW.
|
|
tnjtsswd
|
tnjtssw
|
Temperature coefficient for NJTSSWD.
|
|
tnjtsswg
|
0.0
|
Temperature coefficient for NJTSSWG.
|
|
tnjtsswgd
|
tnjtsswg
|
Temperature coefficient for NJTSSWGD.
|
|
rth0
|
0.01 ohm m K/W
|
Thermal resistance for self-heating calculation.
|
|
cth0
|
1.0E-05 W s/m/K
|
Thermal capacitance for self-heating calculation.
|
|
wth0
|
0.0
|
Width-dependence coefficient for self-heating calculation.
|
|
toxg
|
toxp m
|
Oxide thickness for gate current model.
|
|
k01
|
0.0 V
|
Temperature dependence of lateral NUD voltage parameter.
|
|
k0si1
|
0.0 1/K
|
Temperature dependence of K0SI.
|
|
k1si1
|
0.0 1/K
|
Temperature dependence of K1SI.
|
|
k11
|
0.0
|
Temperature dependence of K1.
|
|
k1sat1
|
0.0
|
Temperature dependence of K1SAT1.
|
|
rcvfac
|
1.0
|
Series resistance correction factor for CV.
|
|
a11
|
0.0
|
Temperature dependence of A1.
|
|
a21
|
0.0
|
Temperature dependence of A2.
|
|
aigbinv1
|
0
|
Parameter for Igb in inversion.
|
|
aigbacc1
|
0
|
Parameter for Igb in accumulation.
|
|
aigc1
|
0
|
Parameter for Igc in inversion.
|
|
aigs1
|
0
|
Parameter for Igs in inversion.
|
|
aigd1
|
aigs1 ((F s2/g)^0.5) m^-1/K
|
Parameter for Igd in inversion.
|
|
alpha01
|
0.0 m/V/C
|
Temperature dependence of ALPHA0.
|
|
alpha11
|
0.0 1/V/C
|
Temperature dependence ALPHA1.
|
|
alphaii0
|
0.0 m/V
|
First parameter of Iii for IIMOD=2.
|
|
alphaii01
|
0.0 m/V/C
|
Temperature dependence of ALPHAII0.
|
|
alphaii1
|
0.0 1/V
|
L scaling parameter of Iii for IIMOD=2.
|
|
alphaii11
|
0.0 1/V/C
|
Temperature dependence of ALPHAII1.
|
|
imin
|
1.0E-15
|
Parameter for Vgs clamping for inversion region calculated in accumulation.
|
|
deltavsatcv
|
deltavsat
|
Parameter for VSATCV.
|
|
psatcv
|
psat
|
Velocity saturation exponent for C-V.
|
|
apsatcv
|
apsat
|
Length dependence of PVSATCV.
|
|
bpsatcv
|
bpsat
|
Length dependence of PVSATCV.
|
|
cgeo1sw
|
0
|
For CGEOMOD=1 only, this switch enables the parameters COVS, COVD, CGSP,and CGDP to be in F per fin, per gate-finger, per unit channel width.
|
|
nbodyn1
|
0
|
NFIN dependence of channel (body) doping.
|
|
nbodyn2
|
1.0e5
|
NFIN dependence of channel (body) doping.
|
|
phigl
|
0 eV/m
|
Length dependence of gate workfunction.
|
|
phign1
|
0
|
NFIN dependence of gate workfunction.
|
|
phign2
|
1.0e5
|
NFIN dependence of gate workfunction.
|
|
cdscn1
|
0
|
NFIN dependence of CDSC.
|
|
cdscn2
|
1.0e5
|
NFIN dependence of CDSC.
|
|
cdscdn1
|
0
|
NFIN dependence of CDSCD.
|
|
cdscdn2
|
1.0e5
|
NFIN dependence of CDSCD.
|
|
cdscdrn1
|
cdscdn1
|
NFIN dependence of CDSCD.
|
|
cdscdrn2
|
cdscdn2
|
NFIN dependence of CDSCD.
|
|
dvt1ss
|
dvt1
|
Subthreshold swing exponent coefficient; after binning should be in (0:inf).
|
|
eta0n1
|
0
|
NFIN dependence of ETA0.
|
|
eta0n2
|
1.0e5
|
NFIN dependence of ETA0.
|
|
teta0
|
0.0 1/K
|
Temperature dependence of DIBL coefficient.
|
|
teta0r
|
teta0 1/K
|
Temperature dependence of Reverse-mode DIBL coefficient.
|
|
dvtp0
|
0
|
Coefficient for drain-induced Vth shift (DITS).
|
|
dvtp1
|
0
|
DITS exponent coefficient.
|
|
vsatn1
|
0
|
NFIN dependence of VSAT.
|
|
vsatn2
|
1.0e5
|
NFIN dependence of VSAT.
|
|
vsat1n1
|
vsatn1
|
NFIN dependence of VSAT1.
|
|
vsat1n2
|
vsatn2
|
NFIN dependence of VSAT1.
|
|
vsat1rn1
|
vsat1n1
|
NFIN dependence of VSAT1R.
|
|
vsat1rn2
|
vsat1n2
|
NFIN dependence of VSAT1R.
|
|
mexpr
|
mexp
|
Coefficient for Vdseff.
|
|
amexpr
|
amexp
|
Coefficient for Vdseff.
|
|
bmexpr
|
bmexp
|
Coefficient for Vdseff.
|
|
tmexpr
|
tmexp
|
Coefficient for Vdseff.
|
|
u0n1
|
0
|
NFIN dependence of U0.
|
|
u0n2
|
1.0e5
|
NFIN dependence of U0.
|
|
chargewf
|
0
|
Average Channel Charge Weighting Factor, +1:source-side, 0:middle, -1:drain-side.
|
|
minr
|
0.001 Ω
|
minr is the value below which the simulator expects elimination of source/drain resistance and it will improve simulation efficiency without significantly altering the results.
|
|
compatible
|
spectre
|
Compatibility parameters.Possible values are spectre, spice2, spice3, cdsspice, hspice, spiceplus, eldo, sspice and mica.
|
|
vthmod
|
0
|
Vth output selector. 'std' outputs model equation Vth. 'vthcc' outputs constant current Vth, and may impact simulation performance. The default value is taken from the options parameter 'vthmod'.Possible values are std, vthcc and vthcc_ext.
|
|
ivth
|
0.0 A
|
Vth current parameter. The default value is taken from the options parameter 'ivthn' or 'ivthp', depending on the type of the model.
|
|
ivthw
|
0.0 m
|
Width offset for constant current Vth. The default value is taken from the options parameter 'ivthw'.
|
|
ivthl
|
0.0 m
|
Length offset for constant current Vth. The default value is taken from the options parameter 'ivthl'.
|
|
ivth_vdsmin
|
0.05 V
|
Minimum Vds in constant current Vth calculating. The default value is taken from the options parameter 'ivth_vdsmin'.
|
|
vdsatmod
|
0
|
Vdsat output selector. Possible values are std, gds, and slow_gds.Possible values are std, gds and slow_gds.
|
|
vdsat_c
|
0.0
|
Coefficient for Gds based Vdsat.
|
|
vdsat_vdl
|
0.0
|
Coefficient for Gds based Vdsat.
|
|
vdsat_vadj
|
0.0
|
Coefficient for Gds based Vdsat.
|
|
tfindrw
|
1e-8
|
Drawn fin thickness.
|
|
ithx
|
1e-8
|
Vth current parameter.
|
|
im
|
0
|
Flag for the terminal current used in Vth calculation. 0 for electrical Is, 1for electrical Id and 2 for electrical (Id+Is)/2.
|
|
dlthx
|
0
|
Length shift in Vth calculation.
|
|
tempmod
|
0
|
Temperature dependency.
|
|
thetasce
|
0
|
Vth roll-off length dependence. If defined by user, will overwrite Theta_SCE in the code.
|
|
thetadibl
|
0
|
DIBL length dependence. If defined by user, will overwrite Theta_DIBL in the code.
|
|
thetasw
|
0
|
Subthreshold swing length dependence. If defined by user, will overwrite Theta_SW in the code.
|
|
nvtm
|
0
|
Subthreshold swing factor multiplied by Vtm. If defined by user, will overwrite nVtm in the code.
|
|
atcv
|
at
|
AT for CV.
|
|
citr
|
0.0
|
Parameter for interface trap in reverse mode for asymmetric model.
|
|
dvtshiftr
|
dvtshift
|
Vth shift handle for asymmetric mode.
|
|
vsatr
|
vsat m/s
|
Saturation velocity for the saturation region in the reverse mode.
|
|
vsatrn1
|
vsatn1
|
NFIN dependence of VSATR.
|
|
vsatrn2
|
vsatn2
|
NFIN dependence of VSATR.
|
|
ksativr
|
ksativ
|
KSATIV in asymmetric mode.
|
|
u0r
|
u0
|
U0 in reverse mode.
|
|
upr
|
up
|
UP in reverse mode.
|
|
lpar
|
lpa
|
LPA in reverse mode.
|
|
uar
|
ua
|
UA in reverse mode.
|
|
auar
|
aua
|
AUA in reverse mode.
|
|
buar
|
bua
|
BUA in reverse mode.
|
|
ucr
|
uc
|
UC in reverse mode.
|
|
eur
|
eu
|
EU in reverse mode.
|
|
aeur
|
aeu
|
AEU in reverse mode.
|
|
beur
|
beu
|
BEU in reverse mode.
|
|
udr
|
ud
|
UD in reverse mode.
|
|
audr
|
aud
|
AUD in reverse mode.
|
|
budr
|
bud
|
BUD in reverse mode.
|
|
pclmr
|
pclm
|
CLM prefactor for reverse mode.
|
|
apclmr
|
apclm
|
Length dependence of PCLM for reverse mode.
|
|
bpclmr
|
bpclm
|
Length dependence of PCLM for reverse mode.
|
|
pdibl2r
|
pdibl2
|
DIBL output conductance parameter - reverse mode.
|
|
uter
|
ute
|
UTE in reverse mode.
|
|
utlr
|
utl
|
UTL in reverse mode.
|
|
ua1r
|
ua1
|
UA1 in reverse mode.
|
|
uc1r
|
uc1
|
UC1 in reverse mode.
|
|
ud1r
|
ud1
|
UD1 in reverse mode.
|
|
atr
|
at
|
AT in reverse mode.
|
|
u0n1r
|
u0n1
|
U0N1 in reverse mode.
|
|
u0n2r
|
u0n2
|
U0N2 in reverse mode.
|
|
tnoic
|
3.5
|
Thermal noise parameter for TNOIMOD=2.
|
|
rnoic
|
0.395
|
Thermal noise coefficient for TNOIMOD=2.
|
|
tnoik2
|
0.1
|
Empirical parameter for sensitivity of RNOIK.
|
|
rnoik
|
0.0
|
Thermal noise coefficient for (TNOIMOD=92).
|
|
tnoik
|
1.0
|
Thermal noise parameter for (TNOIMOD=92).
|
|
phiglt
|
0.0 1/m
|
Coupled NFIN and length dependence of gate workfunction.
|
|
eta0lt
|
0.0 1/m
|
Coupled NFIN and Length dependence of ETA0.
|
|
advtp0
|
0.0
|
Pre-exponential coefficient for DITS.
|
|
bdvtp0
|
100.0e-9
|
Exponential coefficient for DITS.
|
|
advtp1
|
0.0
|
Pre-exponential coefficient for DVTP1.
|
|
bdvtp1
|
100.0e-9
|
Exponential coefficient for DVTP1.
|
|
dvtp2
|
0.0
|
DITS model parameter.
|
|
devmod
|
0
|
TSMC special device.
|
|
gislfactor
|
1.0
|
TSMC gisl factor.
|
|
gidlfactor
|
1.0
|
TSMC gidl factor.
|
|
kgisl
|
1.0
|
TSMC vds power dependence in gisl.
|
|
kgidl
|
1.0
|
TSMC vds power dependence in gidl.
|
|
mgisl
|
3.0
|
TSMC vds power dependence in gisl.
|
|
mgidl
|
3.0
|
TSMC vds power dependence in gidl.
|
|
iiratio
|
0
|
TSMC ii ratio.
|
|
igbratio
|
0
|
TSMC igb ratio.
|
|
covmod
|
0
|
TSMC overlap capacitance.
|
|
qmtcencvo
|
0.0
|
Prefactor + switch for QM Width for overlap capacitance.
|
|
k2si
|
k0si
|
Correction factor for strong inversion, used in mob.
|
|
k2si1
|
k0si1 1/K
|
Temperature dependence of K2SI.
|
|
k0sisat
|
0.0
|
Correction factor for strong inversion, used in mnud.
|
|
k0sisat1
|
0.0 1/K
|
Temperature dependence of K0SISAT.
|
|
k2sisat
|
k0sisat
|
Correction factor for strong inversion, used in mob.
|
|
k2sisat1
|
k0sisat1 1/K
|
Temperature dependence of K2SISAT.
|
|
k2sat
|
0.0
|
Correction factor for K2 in saturation (high Vds).
|
|
k2sat1
|
0.0
|
Temperature dependence of K2SAT1.
|
|
k2
|
0.0
|
Body effect coefficient for BULKMOD==2.
|
|
k21
|
0.0
|
Temperature dependence of K2.
|
|
u0lt
|
0.0 1/m
|
Coupled NFIN and length dependence of U0.
|
|
vfbsd
|
0.0 V
|
Flat band voltage for S/D region.
|
|
vfbsdcv
|
vfbsd V
|
Flat band voltage for S/D region for C-V calculations.
|
|
ashexp
|
1.0 m2
|
Exponent to tune RTH dependence of NFINTOTAL.
|
|
bshexp
|
1.0 m2
|
Exponent to tune RTH dependence of NF.
|
|
ach_ufcm
|
1.0 m2
|
Area of the channel for the unified model.
|
|
cins_ufcm
|
1.0 F/m
|
Insulator capacitance for the unified model.
|
|
w_ufcm
|
1.0 m
|
Effective channel width for the unified model.
|
|
tfin_top
|
15e-9 m
|
Top body (fin) thicknes, for trapezoidal triple gate.
|
|
tfin_base
|
15e-9 m
|
Base body (fin) thickness, for trapezoidal triple gate.
|
|
qmfactorcv
|
0.0
|
Charge dependence taking QM effects into account.
|
|
alpha_ufcm
|
0.5556
|
Mobile charge scaling term taking QM effects into account.
|
|
iimod2clamp1
|
0.1
|
Clamp1 of SII1*Vg term in IIMOD=2 model.
|
|
iimod2clamp2
|
0.1
|
Clamp2 of SII0*Vg term in IIMOD=2 model.
|
|
iimod2clamp3
|
0.1
|
Clamp3 of Ratio term in IIMOD=2 model.
|
|
tgaa
|
5.0e-9 m
|
Thickness of individual GAA bodies.
|
|
tsus
|
2.0e-9 m
|
Separation between GAA bodies.
|
|
hpff
|
5.0e-9 m
|
Fin-height of parasitic finFET.
|
|
wgaa
|
6.0e-9 m
|
GAA body width.
|
|
dws1
|
0 m
|
Total width correction for 1st GAA body.
|
|
dach1
|
0 m2
|
Total area correction for 1st GAA body.
|
|
dws2
|
0 m
|
Total width correction for 2nd GAA body.
|
|
dach2
|
0 m2
|
Total area correction for 2nd GAA body.
|
|
dws3
|
0 m
|
Total width correction for 3rd GAA body.
|
|
dach3
|
0 m2
|
Total area correction for 3rd GAA body.
|
|
ngaa
|
1
|
Number of GAA bodies per fin.
|
|
subbandmod
|
0
|
Switch for GAAFET quantum subband model (0: off; 1: on).
|
|
mobscmod
|
0
|
Switch for GAAFET geometry dependent mobility model (0: off; 1: on).
|
|
etamobthin
|
2.0
|
Effective field parameter for thin GAA bodies.
|
|
etamobtni
|
7.5e-9 m
|
Critical TGAA for non-ideality.
|
|
etamobir
|
0.1 nm
|
Ideality parameter.
|
|
uathin
|
0.3 (cm/MV)^EU
|
Phonon/surface roughness scattering parameter for thin GAA bodies.
|
|
uatsat
|
9e-9 m
|
Critical TGAA for UA saturation.
|
|
uartsc
|
0.09 1/nm
|
Rate of UA decay with TGAA scaling.
|
|
uatni
|
6.4e-9 m
|
Critical TGAA for non-ideality.
|
|
uair
|
0.2 nm
|
Ideality parameter.
|
|
euthin
|
2.5 cm/MV
|
Phonon/surface roughness scattering parameter for thin GAA bodies.
|
|
euptsc
|
3.5
|
Exponent for TGAA scaling power law.
|
|
eutni
|
6e-9 m
|
Critical TGAA for non-ideality.
|
|
euir
|
0.2 nm
|
Ideality parameter.
|
|
udthin
|
0.0 cm/MV
|
Coulomb scattering parameter for thin GAA bodies.
|
|
udtsat
|
8.1e-9 m
|
Crtitcal TGAA for UD saturation.
|
|
udptsc
|
1.3
|
Exponent for UD power law.
|
|
u0etawsc
|
1.5
|
Ratio of primary carrier low-field mobilities: U0_[110]/U0_[100].
|
|
egbulk
|
1.1 eV
|
Bulk band-gap.
|
|
u0emsm1
|
26.6 meVnm2
|
Parameter for effective mass scaling.
|
|
u0emsm2
|
4
|
Parameter for effective mass scaling.
|
|
lnbody
|
0
|
Length dependence of nbody.
|
|
nnbody
|
0
|
NFIN dependence of nbody.
|
|
pnbody
|
0
|
Cross-term dependence of nbody.
|
|
lphig
|
0
|
Length dependence of phig.
|
|
nphig
|
0
|
NFIN dependence of phig.
|
|
pphig
|
0
|
Cross-term dependence of phig.
|
|
wphig
|
0
|
W-term dependence of phig.
|
|
p2phig
|
0
|
WL-term dependence of phig.
|
|
lxl
|
0.0 m2
|
L-term of XL.
|
|
nxl
|
0.0 m
|
N-term of XL.
|
|
pxl
|
0.0 m2
|
P-term of XL.
|
|
llint
|
0.0 m2
|
L-term of LINT.
|
|
nlint
|
0.0 m
|
N-term of LINT.
|
|
plint
|
0.0 m2
|
P-term of LINT.
|
|
ldlbin
|
0.0 m2
|
L-term of DLBIN.
|
|
ndlbin
|
0.0 m
|
N-term of DLBIN.
|
|
pdlbin
|
0.0 m2
|
P-term of DLBIN.
|
|
lngate
|
0
|
Length dependence of ngate.
|
|
nngate
|
0
|
NFIN dependence of ngate.
|
|
pngate
|
0
|
Cross-term dependence of ngate.
|
|
wngate
|
0
|
W-term dependence of ngate.
|
|
p2ngate
|
0
|
WL-term dependence of ngate.
|
|
lcit
|
0
|
Length dependence of cit.
|
|
ncit
|
0
|
NFIN dependence of cit.
|
|
pcit
|
0
|
Cross-term dependence of cit.
|
|
wcit
|
0
|
W-term dependence of cit.
|
|
p2cit
|
0
|
WL-term dependence of cit.
|
|
lcdsc
|
0
|
Length dependence of cdsc.
|
|
ncdsc
|
0
|
NFIN dependence of cdsc.
|
|
pcdsc
|
0
|
Cross-term dependence of cdsc.
|
|
wcdsc
|
0
|
W-term dependence of cdsc.
|
|
p2cdsc
|
0
|
WL-term dependence of cdsc.
|
|
lcdscd
|
0
|
Length dependence of cdscd.
|
|
ncdscd
|
0
|
NFIN dependence of cdscd.
|
|
pcdscd
|
0
|
Cross-term dependence of cdscd.
|
|
wcdscd
|
0
|
W-term dependence of cdscd.
|
|
p2cdscd
|
0
|
WL-term dependence of cdscd.
|
|
lcdscdr
|
0
|
Length dependence of cdscdr.
|
|
ncdscdr
|
0
|
NFIN dependence of cdscdr.
|
|
pcdscdr
|
0
|
Cross-term dependence of cdscdr.
|
|
wcdscdr
|
0
|
W-term dependence of cdscdr.
|
|
p2cdscdr
|
0
|
WL-term dependence of cdscdr.
|
|
ldvt0
|
0
|
Length dependence of dvt0.
|
|
ndvt0
|
0
|
NFIN dependence of dvt0.
|
|
pdvt0
|
0
|
Cross-term dependence of dvt0.
|
|
wdvt0
|
0
|
W-term dependence of dvt0.
|
|
p2dvt0
|
0
|
WL-term dependence of dvt0.
|
|
ldvt1
|
0
|
Length dependence of dvt1.
|
|
ndvt1
|
0
|
NFIN dependence of dvt1.
|
|
pdvt1
|
0
|
Cross-term dependence of dvt1.
|
|
wdvt1
|
0
|
W-term dependence of dvt1.
|
|
p2dvt1
|
0
|
WL-term dependence of dvt1.
|
|
ldvt1ss
|
0
|
Length dependence of dvt1ss.
|
|
ndvt1ss
|
0
|
NFIN dependence of dvt1ss.
|
|
pdvt1ss
|
0
|
Cross-term dependence of dvt1ss.
|
|
wdvt1ss
|
0
|
W-term dependence of dvt1ss.
|
|
p2dvt1ss
|
0
|
WL-term dependence of dvt1ss.
|
|
lphin
|
0
|
Length dependence of phin.
|
|
nphin
|
0
|
NFIN dependence of phin.
|
|
pphin
|
0
|
Cross-term dependence of phin.
|
|
wphin
|
0
|
W-term dependence of phin.
|
|
p2phin
|
0
|
WL-term dependence of phin.
|
|
leta0
|
0
|
Length dependence of eta0.
|
|
neta0
|
0
|
NFIN dependence of eta0.
|
|
peta0
|
0
|
Cross-term dependence of eta0.
|
|
weta0
|
0
|
W-term dependence of eta0.
|
|
p2eta0
|
0
|
WL-term dependence of eta0.
|
|
leta0r
|
0
|
Length dependence of eta0r.
|
|
neta0r
|
0
|
NFIN dependence of eta0r.
|
|
peta0r
|
0
|
Cross-term dependence of eta0r.
|
|
weta0r
|
0
|
W-term dependence of eta0r.
|
|
p2eta0r
|
0
|
WL-term dependence of eta0r.
|
|
ldsub
|
0
|
Length dependence of dsub.
|
|
ndsub
|
0
|
NFIN dependence of dsub.
|
|
pdsub
|
0
|
Cross-term dependence of dsub.
|
|
wdsub
|
0
|
W-term dependence of dsub.
|
|
p2dsub
|
0
|
WL-term dependence of dsub.
|
|
lk1rsce
|
0
|
Length dependence of lk1rsce.
|
|
nk1rsce
|
0
|
NFIN dependence of lk1rsce.
|
|
pk1rsce
|
0
|
Cross-term dependence of lk1rsce.
|
|
wk1rsce
|
0
|
W-term dependence of lk1rsce.
|
|
p2k1rsce
|
0
|
WL-term dependence of lk1rsce.
|
|
llpe0
|
0
|
Length dependence of lpe0.
|
|
nlpe0
|
0
|
NFIN dependence of lpe0.
|
|
plpe0
|
0
|
Cross-term dependence of lpe0.
|
|
wlpe0
|
0
|
W-term dependence of lpe0.
|
|
p2lpe0
|
0
|
WL-term dependence of lpe0.
|
|
ldvtshift
|
0
|
Length dependence of dvtshift.
|
|
ndvtshift
|
0
|
NFIN dependence of dvtshift.
|
|
pdvtshift
|
0
|
Cross-term dependence of dvtshift.
|
|
wdvtshift
|
0
|
W-term dependence of dvtshift.
|
|
p2dvtshift
|
0
|
WL-term dependence of dvtshift.
|
|
lphibe
|
0
|
Length dependence of phibe.
|
|
nphibe
|
0
|
NFIN dependence of phibe.
|
|
pphibe
|
0
|
Cross-term dependence of phibe.
|
|
wphibe
|
0
|
W-term dependence of phibe.
|
|
p2phibe
|
0
|
WL-term dependence of phibe.
|
|
lk0
|
0
|
Length dependence of k0.
|
|
nk0
|
0
|
NFIN dependence of k0.
|
|
pk0
|
0
|
Cross-term dependence of k0.
|
|
wk0
|
0
|
W-term dependence of k0.
|
|
p2k0
|
0
|
WL-term dependence of k0.
|
|
lk0si
|
0
|
Length dependence of k0si.
|
|
nk0si
|
0
|
NFIN dependence of k0si.
|
|
pk0si
|
0
|
Cross-term dependence of k0si.
|
|
wk0si
|
0
|
W-term dependence of k0si.
|
|
p2k0si
|
0
|
WL-term dependence of k0si.
|
|
lk1
|
0
|
Length dependence of k1.
|
|
nk1
|
0
|
NFIN dependence of k1.
|
|
pk1
|
0
|
Cross-term dependence of k1.
|
|
wk1
|
0
|
W-term dependence of k1.
|
|
p2k1
|
0
|
WL-term dependence of k1.
|
|
lk1si
|
0
|
Length dependence of k1si.
|
|
nk1si
|
0
|
NFIN dependence of k1si.
|
|
pk1si
|
0
|
Cross-term dependence of k1si.
|
|
lk1sat
|
0
|
Length dependence of k1sat.
|
|
nk1sat
|
0
|
NFIN dependence of k1sat.
|
|
pk1sat
|
0
|
Cross-term dependence of k1sat.
|
|
ldvtb
|
0
|
Length dependence of dvtb.
|
|
ndvtb
|
0
|
NFIN dependence of dvtb.
|
|
pdvtb
|
0
|
Cross-term dependence of dvtb.
|
|
llpeb
|
0
|
Length dependence of lpeb.
|
|
nlpeb
|
0
|
NFIN dependence of lpeb.
|
|
plpeb
|
0
|
Cross-term dependence of lpeb.
|
|
lqmfactor
|
0.0
|
Length dependence of qmfactor.
|
|
nqmfactor
|
0.0
|
NFIN dependence of qmfactor.
|
|
pqmfactor
|
0.0
|
Cross-term dependence of qmfactor.
|
|
wqmfactor
|
0.0
|
W-term dependence of qmfactor.
|
|
p2qmfactor
|
0.0
|
WL-term dependence of qmfactor.
|
|
lqmtceniv
|
0.0
|
Length dependence of qmtceniv.
|
|
nqmtceniv
|
0.0
|
NFIN dependence of qmtceniv.
|
|
pqmtceniv
|
0.0
|
Cross-term dependence of qmtceniv.
|
|
lqmtcencv
|
0.0
|
Length dependence of qmtcencv.
|
|
nqmtcencv
|
0.0
|
NFIN dependence of qmtcencv.
|
|
pqmtcencv
|
0.0
|
Cross-term dependence of qmtcencv.
|
|
wqmtcencv
|
0.0
|
W-term dependence of qmtcencv.
|
|
lqmtcencvo
|
0.0
|
Length dependence of qmtcencvo.
|
|
nqmtcencvo
|
0.0
|
NFIN dependence of qmtcencvo.
|
|
pqmtcencvo
|
0.0
|
Cross-term dependence of qmtcencv.
|
|
p2qmtcencv
|
0.0
|
WL-term dependence of qmtcencv.
|
|
lqmtcencva
|
0.0
|
Length dependence of qmtcencva.
|
|
nqmtcencva
|
0.0
|
NFIN dependence of qmtcencva.
|
|
pqmtcencva
|
0.0
|
Cross-term dependence of qmtcencva.
|
|
wqmtcencva
|
0.0
|
W-term dependence of qmtcencva.
|
|
p2qmtcencva
|
0.0
|
WL-term dependence of qmtcencva.
|
|
lvsat
|
0
|
Length dependence of vsat.
|
|
nvsat
|
0
|
NFIN dependence of vsat.
|
|
pvsat
|
0
|
Cross-term dependence of vsat.
|
|
wvsat
|
0
|
W-term dependence of vsat.
|
|
p2vsat
|
0
|
WL-term dependence of vsat.
|
|
lvsat1
|
0
|
Length dependence of vsat1.
|
|
nvsat1
|
0
|
NFIN dependence of vsat1.
|
|
pvsat1
|
0
|
Cross-term dependence of vsat1.
|
|
wvsat1
|
0
|
W-term dependence of vsat1.
|
|
p2vsat1
|
0
|
WL-term dependence of vsat1.
|
|
lvsat1r
|
0
|
Length dependence of vsat1r.
|
|
nvsat1r
|
0
|
NFIN dependence of vsat1r.
|
|
pvsat1r
|
0
|
Cross-term dependence of vsat1r.
|
|
wvsat1r
|
0
|
W-term dependence of vsat1r.
|
|
p2vsat1r
|
0
|
WL-term dependence of vsat1r.
|
|
lpsat
|
0
|
Length dependence of psat.
|
|
npsat
|
0
|
NFIN dependence of psat.
|
|
ppsat
|
0
|
Cross-term dependence of psat.
|
|
wpsat
|
0
|
W-term dependence of psat.
|
|
p2psat
|
0
|
WL-term dependence of psat.
|
|
ldeltavsat
|
0
|
Length dependence of deltavsat.
|
|
ndeltavsat
|
0
|
NFIN dependence of ndetavsat.
|
|
pdeltavsat
|
0
|
Cross-term dependence of deltavsat.
|
|
wdeltavsat
|
0
|
W-term dependence of deltavsat.
|
|
p2deltavsat
|
0
|
WL-term dependence of deltavsat.
|
|
lksativ
|
0
|
Length dependence of ksativ.
|
|
nksativ
|
0
|
NFIN dependence of ksativ.
|
|
pksativ
|
0
|
Cross-term dependence of ksativ.
|
|
wksativ
|
0
|
W-term dependence of ksativ.
|
|
p2ksativ
|
0
|
WL-term dependence of ksativ.
|
|
lvsatcv
|
0
|
Length dependence of vsatcv.
|
|
nvsatcv
|
0
|
NFIN dependence of vsatcv.
|
|
pvsatcv
|
0
|
Cross-term dependence of vsatcv.
|
|
wvsatcv
|
0
|
W-term dependence of vsatcv.
|
|
p2vsatcv
|
0
|
WL-term dependence of vsatcv.
|
|
lmexp
|
0
|
Length dependence of mexp.
|
|
nmexp
|
0
|
NFIN dependence of mexp.
|
|
pmexp
|
0
|
Cross-term dependence of mexp.
|
|
wmexp
|
0
|
W-term dependence of mexp.
|
|
p2mexp
|
0
|
WL-term dependence of mexp.
|
|
lmexpr
|
0
|
Length dependence of mexpr.
|
|
nmexpr
|
0
|
NFIN dependence of mexpr.
|
|
pmexpr
|
0
|
Cross-term dependence of mexpr.
|
|
wmexpr
|
0
|
W-term dependence of mexpr.
|
|
p2mexpr
|
0
|
WL-term dependence of mexpr.
|
|
lptwg
|
0.0
|
Length dependence of ptwg.
|
|
nptwg
|
0.0
|
NFIN dependence of ptwg.
|
|
pptwg
|
0.0
|
Cross-term dependence of ptwg.
|
|
wptwg
|
0.0
|
W-term dependence of ptwg.
|
|
p2ptwg
|
0.0
|
WL-term dependence of ptwg.
|
|
lptwgr
|
0.0
|
Length dependence of ptwgr.
|
|
nptwgr
|
0.0
|
NFIN dependence of ptwgr.
|
|
pptwgr
|
0.0
|
Cross-term dependence of ptwgr.
|
|
wptwgr
|
0.0
|
W-term dependence of ptwgr.
|
|
p2ptwgr
|
0.0
|
WL-term dependence of ptwgr.
|
|
lthetasat
|
0
|
Length dependence of thetasat.
|
|
nthetasat
|
0
|
NFIN dependence of thetasat.
|
|
pthetasat
|
0
|
Cross-term dependence of thetasat.
|
|
lu0
|
0
|
Length dependence of u0.
|
|
nu0
|
0
|
NFIN dependence of u0.
|
|
pu0
|
0
|
Cross-term dependence of u0.
|
|
wu0
|
0
|
W-term dependence of u0.
|
|
p2u0
|
0
|
WL-term dependence of u0.
|
|
letamob
|
0
|
Length dependence of letamob.
|
|
netamob
|
0
|
NFIN dependence of netamob.
|
|
petamob
|
0
|
Cross-term dependence of petamob.
|
|
wetamob
|
0
|
W-term dependence of petamob.
|
|
p2etamob
|
0
|
WL-term dependence of petamob.
|
|
lup
|
0
|
Length dependence of up.
|
|
nup
|
0
|
NFIN dependence of up.
|
|
pup
|
0
|
Cross-term dependence of up.
|
|
wup
|
0
|
W-term dependence of up.
|
|
p2up
|
0
|
WL-term dependence of up.
|
|
lua
|
0
|
Length dependence of ua.
|
|
nua
|
0
|
NFIN dependence of ua.
|
|
pua
|
0
|
Cross-term dependence of ua.
|
|
wua
|
0
|
W-term dependence of ua.
|
|
p2ua
|
0
|
WL-term dependence of ua.
|
|
luc
|
0
|
Length dependence of uc.
|
|
nuc
|
0
|
NFIN dependence of uc.
|
|
puc
|
0
|
Cross-term dependence of uc.
|
|
wuc
|
0
|
W-term dependence of uc.
|
|
p2uc
|
0
|
WL-term dependence of uc.
|
|
leu
|
0
|
Length dependence of eu.
|
|
neu
|
0
|
NFIN dependence of eu.
|
|
peu
|
0
|
Cross-term dependence of eu.
|
|
weu
|
0
|
W-term dependence of eu.
|
|
p2eu
|
0
|
WL-term dependence of eu.
|
|
lud
|
0
|
Length dependence of ud.
|
|
nud
|
0
|
NFIN dependence of ud.
|
|
pud
|
0
|
Cross-term dependence of ud.
|
|
wud
|
0
|
W-term dependence of ud.
|
|
p2ud
|
0
|
WL-term dependence of ud.
|
|
lucs
|
0
|
Length dependence of ucs.
|
|
nucs
|
0
|
NFIN dependence of ucs.
|
|
pucs
|
0
|
Cross-term dependence of ucs.
|
|
wucs
|
0
|
W-term dependence of ucs.
|
|
p2ucs
|
0
|
WL-term dependence of ucs.
|
|
lmue
|
0
|
Length dependence of mue.
|
|
nmue
|
0
|
NFIN dependence of mue.
|
|
pmue
|
0
|
Cross-term dependence of mue.
|
|
lcs
|
0
|
Length dependence of cs.
|
|
ncs
|
0
|
NFIN dependence of cs.
|
|
pcs
|
0
|
Cross-term dependence of cs.
|
|
lpclm
|
0
|
Length dependence of pclm.
|
|
npclm
|
0
|
NFIN dependence of pclm.
|
|
ppclm
|
0
|
Cross-term dependence of pclm.
|
|
wpclm
|
0
|
W-term dependence of pclm.
|
|
p2pclm
|
0
|
WL-term dependence of pclm.
|
|
lpclmg
|
0
|
Length dependence of pclmg.
|
|
npclmg
|
0
|
Length dependence of nclmg.
|
|
ppclmg
|
0
|
Length dependence of pclmg.
|
|
wpclmg
|
0
|
W-term dependence of pclmg.
|
|
p2pclmg
|
0
|
WL-term dependence of pclmg.
|
|
lvasat
|
0
|
Length dependence of lvasat.
|
|
nvasat
|
0
|
Length dependence of nvasat.
|
|
pvasat
|
0
|
Length dependence of pvasat.
|
|
lpclmcv
|
0
|
Length dependence of pclmcv.
|
|
npclmcv
|
0
|
NFIN dependence of pclmcv.
|
|
ppclmcv
|
0
|
Cross-term dependence of pclmcv.
|
|
wpclmcv
|
0
|
W-term dependence of pclmcv.
|
|
p2pclmcv
|
0
|
WL-term dependence of pclmcv.
|
|
la1
|
0
|
Length dependence of a1.
|
|
na1
|
0
|
NFIN dependence of a1.
|
|
pa1
|
0
|
Cross-term dependence of a1.
|
|
wa1
|
0
|
W-term dependence of a1.
|
|
p2a1
|
0
|
WL-term dependence of a1.
|
|
la2
|
0
|
Length dependence of a2.
|
|
na2
|
0
|
NFIN dependence of a2.
|
|
pa2
|
0
|
Cross-term dependence of a2.
|
|
wa2
|
0
|
W-term dependence of a2.
|
|
p2a2
|
0
|
WL-term dependence of a2.
|
|
lrdsw
|
0
|
Length dependence of rdsw.
|
|
nrdsw
|
0
|
NFIN dependence of rdsw.
|
|
prdsw
|
0
|
Cross-term dependence of rdsw.
|
|
wrdsw
|
0
|
W-term dependence of rdsw.
|
|
p2rdsw
|
0
|
WL-term dependence of rdsw.
|
|
lrsw
|
0.0
|
Length dependence of rsw.
|
|
nrsw
|
0.0
|
NFIN dependence of rsw.
|
|
prsw
|
0.0
|
Cross-term dependence of rsw.
|
|
wrsw
|
0.0
|
W-term dependence of rsw.
|
|
p2rsw
|
0.0
|
WL-term dependence of rsw.
|
|
lrdw
|
0.0
|
Length dependence of rdw.
|
|
nrdw
|
0.0
|
NFIN dependence of rdw.
|
|
prdw
|
0.0
|
Cross-term dependence of rdw.
|
|
wrdw
|
0.0
|
W-term dependence of rdw.
|
|
p2rdw
|
0.0
|
WL-term dependence of rdw.
|
|
lprwg
|
0
|
Length dependence of prwg.
|
|
nprwg
|
0
|
NFIN dependence of prwg.
|
|
pprwg
|
0
|
Cross-term dependence of prwg.
|
|
lprwgs
|
0
|
Length dependence of prwgs.
|
|
nprwgs
|
0
|
NFIN dependence of prwgs.
|
|
pprwgs
|
0
|
Cross-term dependence of prwgs.
|
|
wprwgs
|
0
|
W-term dependence of prwgs.
|
|
p2prwgs
|
0
|
WL-term dependence of prwgs.
|
|
lprwgd
|
0
|
NFIN dependence of prwgd.
|
|
nprwgd
|
0
|
NFIN dependence of prwgd.
|
|
pprwgd
|
0
|
Cross-term dependence of prwgd.
|
|
wprwgd
|
0
|
W-term dependence of prwgd.
|
|
p2prwgd
|
0
|
WL-term dependence of prwgd.
|
|
lwr
|
0
|
Length dependence of wr.
|
|
nwr
|
0
|
NFIN dependence of wr .
|
|
pwr
|
0
|
Cross-term dependence of wr.
|
|
wwr
|
0
|
W-term dependence of wr.
|
|
p2wr
|
0
|
WL-term dependence of wr.
|
|
lpdibl1
|
0
|
Length dependence of pdibl1.
|
|
npdibl1
|
0
|
NFIN dependence of pdibl1.
|
|
ppdibl1
|
0
|
Cross-term dependence of pdibl1.
|
|
wpdibl1
|
0
|
W-term dependence of pdibl1.
|
|
p2pdibl1
|
0
|
WL-term dependence of pdibl1.
|
|
lpdibl1r
|
0
|
Length dependence of pdibl1r.
|
|
npdibl1r
|
0
|
NFIN dependence of pdibl1r.
|
|
ppdibl1r
|
0
|
Cross-term dependence of pdibl1r.
|
|
wpdibl1r
|
0
|
W-term dependence of pdibl1r.
|
|
p2pdibl1r
|
0
|
WL-term dependence of pdibl1r.
|
|
lpdibl2
|
0
|
Length dependence of pdibl2.
|
|
npdibl2
|
0
|
NFIN dependence of pdibl2.
|
|
ppdibl2
|
0
|
Cross-term dependence of pdibl2.
|
|
wpdibl2
|
0
|
W-term dependence of pdibl2.
|
|
p2pdibl2
|
0
|
WL-term dependence of pdibl2.
|
|
ldrout
|
0
|
Length dependence of drout.
|
|
ndrout
|
0
|
NFIN dependence of drout.
|
|
pdrout
|
0
|
Cross-term dependence of drout.
|
|
wdrout
|
0
|
W-term dependence of drout.
|
|
p2drout
|
0
|
WL-term dependence of drout.
|
|
lpvag
|
0
|
Length dependence of pvag.
|
|
npvag
|
0
|
NFIN dependence of pvag.
|
|
ppvag
|
0
|
Cross-term dependence of pvag.
|
|
wpvag
|
0
|
W-term dependence of pvag.
|
|
p2pvag
|
0
|
WL-term dependence of pvag.
|
|
laigbinv
|
0
|
Length dependence of aigbinv.
|
|
naigbinv
|
0
|
NFIN dependence of aigbinv.
|
|
paigbinv
|
0
|
Cross-term dependence of aigbinv.
|
|
waigbinv
|
0
|
W-term dependence of aigbinv.
|
|
p2aigbinv
|
0
|
WL-term dependence of aigbinv.
|
|
lbigbinv
|
0
|
Length dependence of bigbinv.
|
|
nbigbinv
|
0
|
NFIN dependence of bigbinv.
|
|
pbigbinv
|
0
|
Cross-term dependence of bigbinv.
|
|
wbigbinv
|
0
|
W-term dependence of bigbinv.
|
|
p2bigbinv
|
0
|
WL-term dependence of bigbinv.
|
|
lcigbinv
|
0
|
Length dependence of cigbinv.
|
|
ncigbinv
|
0
|
NFIN dependence of cigbinv.
|
|
pcigbinv
|
0
|
Cross-term dependence of cigbinv.
|
|
wcigbinv
|
0
|
W-term dependence of cigbinv.
|
|
p2cigbinv
|
0
|
WL-term dependence of cigbinv.
|
|
leigbinv
|
0
|
Length dependence of eigbinv.
|
|
neigbinv
|
0
|
NFIN dependence of eigbinv.
|
|
peigbinv
|
0
|
Cross-term dependence of eigbinv.
|
|
weigbinv
|
0
|
W-term dependence of eigbinv.
|
|
p2eigbinv
|
0
|
WL-term dependence of eigbinv.
|
|
lnigbinv
|
0
|
Length dependence of nigbinv.
|
|
nnigbinv
|
0
|
NFIN dependence of nigbinv.
|
|
pnigbinv
|
0
|
Cross-term dependence of nigbinv.
|
|
wnigbinv
|
0
|
W-term dependence of nigbinv.
|
|
p2nigbinv
|
0
|
WL-term dependence of nigbinv.
|
|
laigbacc
|
0
|
Length dependence of aigbacc.
|
|
naigbacc
|
0
|
NFIN dependence of aigbacc.
|
|
paigbacc
|
0
|
Cross-term dependence of aigbacc.
|
|
waigbacc
|
0
|
W-term dependence of aigbacc.
|
|
p2aigbacc
|
0
|
WL-term dependence of aigbacc.
|
|
lbigbacc
|
0
|
Length dependence of bigbacc.
|
|
nbigbacc
|
0
|
NFIN dependence of bigbacc.
|
|
pbigbacc
|
0
|
Cross-term dependence of bigbacc.
|
|
wbigbacc
|
0
|
W-term dependence of bigbacc.
|
|
p2bigbacc
|
0
|
WL-term dependence of bigbacc.
|
|
lcigbacc
|
0
|
Length dependence of cigbacc.
|
|
ncigbacc
|
0
|
NFIN dependence of cigbacc.
|
|
pcigbacc
|
0
|
Cross-term dependence of cigbacc.
|
|
wcigbacc
|
0
|
W-term dependence of cigbacc.
|
|
p2cigbacc
|
0
|
WL-term dependence of cigbacc.
|
|
lnigbacc
|
0
|
Length dependence of nigbacc.
|
|
nnigbacc
|
0
|
NFIN dependence of nigbacc.
|
|
pnigbacc
|
0
|
Cross-term dependence of nigbacc.
|
|
wnigbacc
|
0
|
W-term dependence of nigbacc.
|
|
p2nigbacc
|
0
|
WL-term dependence of nigbacc.
|
|
laigc
|
0
|
Length dependence of aigc.
|
|
naigc
|
0
|
NFIN dependence of aigc.
|
|
paigc
|
0
|
Cross-term dependence of aigc.
|
|
waigc
|
0
|
W-term dependence of aigc.
|
|
p2aigc
|
0
|
WL-term dependence of aigc.
|
|
laigc1
|
0
|
Length dependence of aigc1.
|
|
naigc1
|
0
|
NFIN dependence of aigc1.
|
|
paigc1
|
0
|
Cross-term dependence of aigc1.
|
|
waigc1
|
0
|
W-term dependence of aigc1.
|
|
p2aigc1
|
0
|
WL-term dependence of aigc1.
|
|
lbigc
|
0
|
Length dependence of bigc.
|
|
nbigc
|
0
|
NFIN dependence of bigc.
|
|
pbigc
|
0
|
Cross-term dependence of bigc.
|
|
wbigc
|
0
|
W-term dependence of bigc.
|
|
p2bigc
|
0
|
WL-term dependence of bigc.
|
|
lcigc
|
0
|
Length dependence of cigc.
|
|
ncigc
|
0
|
NFIN dependence of cigc.
|
|
pcigc
|
0
|
Cross-term dependence of cigc.
|
|
wcigc
|
0
|
W-term dependence of cigc.
|
|
p2cigc
|
0
|
WL-term dependence of cigc.
|
|
lnigc
|
0
|
Length dependence of nigc.
|
|
nnigc
|
0
|
NFIN dependence of nigc.
|
|
pnigc
|
0
|
Cross-term dependence of nigc.
|
|
lpigcd
|
0
|
Length dependence of pigcd.
|
|
npigcd
|
0
|
NFIN dependence of pigcd.
|
|
ppigcd
|
0
|
Cross-term dependence of pigcd.
|
|
wpigcd
|
0
|
W-term dependence of pigcd.
|
|
p2pigcd
|
0
|
WL-term dependence of pigcd.
|
|
laigs
|
0
|
Length dependence of aigs.
|
|
naigs
|
0
|
NFIN dependence of aigs.
|
|
paigs
|
0
|
Cross-term dependence of aigs.
|
|
waigs
|
0
|
W-term dependence of aigs.
|
|
p2aigs
|
0
|
WL-term dependence of aigs.
|
|
laigs1
|
0
|
Length dependence of aigs1.
|
|
naigs1
|
0
|
NFIN dependence of aigs1.
|
|
paigs1
|
0
|
Cross-term dependence of aigs1.
|
|
waigs1
|
0
|
W-term dependence of aigs1.
|
|
p2aigs1
|
0
|
WL-term dependence of aigs1.
|
|
lbigs
|
0
|
Length dependence of bigs.
|
|
nbigs
|
0
|
NFIN dependence of bigs.
|
|
pbigs
|
0
|
Cross-term dependence of bigs.
|
|
wbigs
|
0
|
W-term dependence of bigs.
|
|
p2bigs
|
0
|
WL-term dependence of bigs.
|
|
lcigs
|
0
|
Length dependence of cigs.
|
|
ncigs
|
0
|
NFIN dependence of cigs.
|
|
pcigs
|
0
|
Cross-term dependence of cigs.
|
|
wcigs
|
0
|
W-term dependence of cigs.
|
|
p2cigs
|
0
|
WL-term dependence of cigs.
|
|
laigd
|
0
|
Length dependence of aigd.
|
|
naigd
|
0
|
NFIN dependence of aigd.
|
|
paigd
|
0
|
Cross-term dependence of aigd.
|
|
waigd
|
0
|
W-term dependence of aigd.
|
|
p2aigd
|
0
|
WL-term dependence of aigd.
|
|
lbigd
|
0
|
Length dependence of bigd.
|
|
nbigd
|
0
|
NFIN dependence of bigd.
|
|
pbigd
|
0
|
Cross-term dependence of bigd.
|
|
wbigd
|
0
|
W-term dependence of bigd.
|
|
p2bigd
|
0
|
WL-term dependence of bigd.
|
|
lcigd
|
0
|
Length dependence of cigd.
|
|
ncigd
|
0
|
NFIN dependence of cigd.
|
|
pcigd
|
0
|
Cross-term dependence of cigd.
|
|
wcigd
|
0
|
W-term dependence of cigd.
|
|
p2cigd
|
0
|
WL-term dependence of cigd.
|
|
lntox
|
0
|
Length dependence of ntox.
|
|
nntox
|
0
|
NFIN dependence of ntox.
|
|
pntox
|
0
|
Cross-term dependence of ntox.
|
|
wntox
|
0
|
W-term dependence of ntox.
|
|
p2ntox
|
0
|
WL-term dependence of ntox.
|
|
lpoxedge
|
0
|
Length dependence of poxedge.
|
|
npoxedge
|
0
|
NFIN dependence of poxedge.
|
|
ppoxedge
|
0
|
Cross-term dependence of poxedge.
|
|
wpoxedge
|
0
|
W-term dependence of poxedge.
|
|
p2poxedge
|
0
|
WL-term dependence of poxedge.
|
|
lagidl
|
0
|
Length dependence of agidl.
|
|
nagidl
|
0
|
NFIN dependence of agidl.
|
|
pagidl
|
0
|
Cross-term dependence of agidl.
|
|
wagidl
|
0
|
W-term dependence of agidl.
|
|
p2agidl
|
0
|
WL-term dependence of agidl.
|
|
lbgidl
|
0
|
Length dependence of bgidl.
|
|
nbgidl
|
0
|
NFIN dependence of bgidl.
|
|
pbgidl
|
0
|
Cross-term dependence of bgidl.
|
|
wbgidl
|
0
|
W-term dependence of bgidl.
|
|
p2bgidl
|
0
|
WL-term dependence of bgidl.
|
|
legidl
|
0
|
Length dependence of egidl.
|
|
negidl
|
0
|
NFIN dependence of egidl.
|
|
pegidl
|
0
|
Cross-term dependence of egidl.
|
|
wegidl
|
0
|
W-term dependence of egidl.
|
|
p2egidl
|
0
|
WL-term dependence of egidl.
|
|
lcgidl
|
0
|
Length dependence of cgidl.
|
|
ncgidl
|
0
|
NFIN dependence of cgidl.
|
|
pcgidl
|
0
|
Cross-term dependence of cgidl.
|
|
wcgidl
|
0
|
W-term dependence of cgidl.
|
|
p2cgidl
|
0
|
WL-term dependence of cgidl.
|
|
lpgidl
|
0
|
Length dependence of pgidl.
|
|
npgidl
|
0
|
NFIN dependence of pgidl.
|
|
ppgidl
|
0
|
Cross-term dependence of pgidl.
|
|
wpgidl
|
0
|
W-term dependence of pgidl.
|
|
p2pgidl
|
0
|
WL-term dependence of pgidl.
|
|
lagisl
|
0
|
Length dependence of agisl.
|
|
nagisl
|
0
|
NFIN dependence of agisl.
|
|
pagisl
|
0
|
Cross-term dependence of agisl.
|
|
wagisl
|
0
|
W-term dependence of agisl.
|
|
p2agisl
|
0
|
WL-term dependence of agisl.
|
|
lbgisl
|
0
|
Length dependence of bgisl.
|
|
nbgisl
|
0
|
NFIN dependence of bgisl.
|
|
pbgisl
|
0
|
Cross-term dependence of bgisl.
|
|
wbgisl
|
0
|
W-term dependence of bgisl.
|
|
p2bgisl
|
0
|
WL-term dependence of bgisl.
|
|
legisl
|
0
|
Length dependence of egisl.
|
|
negisl
|
0
|
NFIN dependence of egisl.
|
|
pegisl
|
0
|
Cross-term dependence of egisl.
|
|
wegisl
|
0
|
W-term dependence of egisl.
|
|
p2egisl
|
0
|
WL-term dependence of egisl.
|
|
lcgisl
|
0
|
Length dependence of cgisl.
|
|
ncgisl
|
0
|
NFIN dependence of cgisl.
|
|
pcgisl
|
0
|
Cross-term dependence of cgisl.
|
|
wcgisl
|
0
|
W-term dependence of cgisl.
|
|
p2cgisl
|
0
|
WL-term dependence of cgisl.
|
|
lpgisl
|
0
|
Length dependence of pgisl.
|
|
npgisl
|
0
|
NFIN dependence of pgisl.
|
|
ppgisl
|
0
|
Cross-term dependence of pgisl.
|
|
wpgisl
|
0
|
W-term dependence of pgisl.
|
|
p2pgisl
|
0
|
WL-term dependence of pgisl.
|
|
lalpha0
|
0.0
|
Length dependence of alpha0.
|
|
nalpha0
|
0.0
|
NFIN dependence of alpha0.
|
|
palpha0
|
0.0
|
Cross-term dependence of alpha0.
|
|
walpha0
|
0.0
|
W-term dependence of alpha0.
|
|
p2alpha0
|
0.0
|
WL-term dependence of alpha0.
|
|
lalpha1
|
0.0
|
Length dependence of alpha1.
|
|
nalpha1
|
0.0
|
NFIN dependence of alpha1.
|
|
palpha1
|
0.0
|
Cross-term dependence of alpha1.
|
|
walpha1
|
0.0
|
W-term dependence of alpha1.
|
|
p2alpha1
|
0.0
|
WL-term dependence of alpha1.
|
|
lbeta0
|
0.0
|
Length dependence of beta0.
|
|
nbeta0
|
0.0
|
NFIN dependence of beta0.
|
|
pbeta0
|
0.0
|
Cross-term dependence of beta0.
|
|
wbeta0
|
0.0
|
W-term dependence of beta0.
|
|
p2beta0
|
0.0
|
WL-term dependence of beta0.
|
|
lalphaii
|
0.0
|
Length dependence of alphaii.
|
|
nalphaii
|
0.0
|
NFIN dependence of alphaii.
|
|
palphaii
|
0.0
|
Cross-term dependence of alphaii.
|
|
walphaii
|
0.0
|
W-term dependence of alphaii.
|
|
p2alphaii
|
0.0
|
WL-term dependence of alphaii.
|
|
lbetaii0
|
0.0
|
Length dependence of betaii0.
|
|
nbetaii0
|
0.0
|
NFIN dependence of betaii0.
|
|
pbetaii0
|
0.0
|
Cross-term dependence of betaii0.
|
|
wbetaii0
|
0.0
|
W-term dependence of betaii0.
|
|
p2betaii0
|
0.0
|
WL-term dependence of betaii0.
|
|
lbetaii1
|
0.0
|
Length dependence of betaii1.
|
|
nbetaii1
|
0.0
|
NFIN dependence of betaii1.
|
|
pbetaii1
|
0.0
|
Cross-term dependence of betaii1.
|
|
wbetaii1
|
0.0
|
W-term dependence of betaii1.
|
|
p2betaii1
|
0.0
|
WL-term dependence of betaii1.
|
|
lbetaii2
|
0.0
|
Length dependence of betaii2.
|
|
nbetaii2
|
0.0
|
NFIN dependence of betaii2.
|
|
pbetaii2
|
0.0
|
Cross-term dependence of betaii2.
|
|
wbetaii2
|
0.0
|
W-term dependence of betaii2.
|
|
p2betaii2
|
0.0
|
WL-term dependence of betaii2.
|
|
lesatii
|
0.0
|
Length dependence of esatii.
|
|
nesatii
|
0.0
|
NFIN dependence of esatii.
|
|
pesatii
|
0.0
|
Cross-term dependence of esatii.
|
|
wesatii
|
0.0
|
W-term dependence of esatii.
|
|
p2esatii
|
0.0
|
WL-term dependence of esatii.
|
|
llii
|
0.0
|
Length dependence of lii.
|
|
nlii
|
0.0
|
NFIN dependence of lii.
|
|
plii
|
0.0
|
Cross-term dependence of lii.
|
|
wlii
|
0.0
|
W-term dependence of lii.
|
|
p2lii
|
0.0
|
WL-term dependence of lii.
|
|
lsii0
|
0.0
|
Length dependence of sii0.
|
|
nsii0
|
0.0
|
NFIN dependence of sii0.
|
|
psii0
|
0.0
|
Cross-term dependence of sii0.
|
|
wsii0
|
0.0
|
W-term dependence of sii0.
|
|
p2sii0
|
0.0
|
WL-term dependence of sii0.
|
|
lsii1
|
0.0
|
Length dependence of sii1.
|
|
nsii1
|
0.0
|
NFIN dependence of sii1.
|
|
psii1
|
0.0
|
Cross-term dependence of sii1.
|
|
wsii1
|
0.0
|
W-term dependence of sii1.
|
|
p2sii1
|
0.0
|
WL-term dependence of sii1.
|
|
lsii2
|
0.0
|
Length dependence of sii2.
|
|
nsii2
|
0.0
|
NFIN dependence of sii2.
|
|
psii2
|
0.0
|
Cross-term dependence of sii2.
|
|
wsii2
|
0.0
|
W-term dependence of sii2.
|
|
p2sii2
|
0.0
|
WL-term dependence of sii2.
|
|
lsiid
|
0.0
|
Length dependence of siid.
|
|
nsiid
|
0.0
|
NFIN dependence of siid.
|
|
psiid
|
0.0
|
Cross-term dependence of siid.
|
|
wsiid
|
0.0
|
W-term dependence of siid.
|
|
p2siid
|
0.0
|
WL-term dependence of siid.
|
|
lcfs
|
0.0
|
Length dependence of cfs.
|
|
ncfs
|
0.0
|
NFIN dependence of cfs.
|
|
pcfs
|
0.0
|
Cross-term dependence of cfs.
|
|
wcfs
|
0.0
|
W-term dependence of cfs.
|
|
p2cfs
|
0.0
|
WL-term dependence of cfs.
|
|
lcfd
|
0.0
|
Length dependence of cfd.
|
|
ncfd
|
0.0
|
NFIN dependence of cfd.
|
|
pcfd
|
0.0
|
Cross-term dependence of cfd.
|
|
wcfd
|
0.0
|
W-term dependence of cfd.
|
|
p2cfd
|
0.0
|
WL-term dependence of cfd.
|
|
lcovs
|
0.0
|
Length dependence of covs.
|
|
ncovs
|
0.0
|
NFIN dependence of covs.
|
|
pcovs
|
0.0
|
Cross-term dependence of covs.
|
|
wcovs
|
0.0
|
W-term dependence of covs.
|
|
p2covs
|
0.0
|
WL-term dependence of covs.
|
|
lcovd
|
0.0
|
Length dependence of covd.
|
|
ncovd
|
0.0
|
NFIN dependence of covd.
|
|
pcovd
|
0.0
|
Cross-term dependence of covd.
|
|
wcovd
|
0.0
|
W-term dependence of covd.
|
|
p2covd
|
0.0
|
WL-term dependence of covd.
|
|
lcgsl
|
0.0
|
Length dependence of cgsl.
|
|
ncgsl
|
0.0
|
NFIN dependence of cgsl.
|
|
pcgsl
|
0.0
|
Cross-term dependence of cgsl.
|
|
wcgsl
|
0.0
|
W-term dependence of cgsl.
|
|
p2cgsl
|
0.0
|
WL-term dependence of cgsl.
|
|
lcgdl
|
0.0
|
Length dependence of cgdl.
|
|
ncgdl
|
0.0
|
NFIN dependence of cgdl.
|
|
pcgdl
|
0.0
|
Cross-term dependence of cgdl.
|
|
wcgdl
|
0.0
|
W-term dependence of cgdl.
|
|
p2cgdl
|
0.0
|
WL-term dependence of cgdl.
|
|
lckappas
|
0.0
|
Length dependence of ckappas.
|
|
nckappas
|
0.0
|
NFIN dependence of ckappas.
|
|
pckappas
|
0.0
|
Cross-term dependence of ckappas.
|
|
wckappas
|
0.0
|
W-term dependence of ckappas.
|
|
p2ckappas
|
0.0
|
WL-term dependence of ckappas.
|
|
lckappad
|
0.0
|
Length dependence of ckappad.
|
|
nckappad
|
0.0
|
NFIN dependence of ckappad.
|
|
pckappad
|
0.0
|
Cross-term dependence of ckappad.
|
|
wckappad
|
0.0
|
W-term dependence of ckappad.
|
|
p2ckappad
|
0.0
|
WL-term dependence of ckappad.
|
|
lcgbl
|
0.0
|
Length dependence of cgbl.
|
|
ncgbl
|
0.0
|
NFIN dependence of cgbl.
|
|
pcgbl
|
0.0
|
Cross-term dependence of cgbl.
|
|
wcgbl
|
0.0
|
W-term dependence of cgbl.
|
|
p2cgbl
|
0.0
|
WL-term dependence of cgbl.
|
|
lckappab
|
0.0
|
Length dependence of ckappab.
|
|
nckappab
|
0.0
|
NFIN dependence of ckappab.
|
|
pckappab
|
0.0
|
Cross-term dependence of ckappab.
|
|
wckappab
|
0.0
|
W-term dependence of ckappab.
|
|
p2ckappab
|
0.0
|
WL-term dependence of ckappab.
|
|
lntgen
|
0
|
Length dependence of ntgen.
|
|
nntgen
|
0
|
NFIN dependence of ntgen.
|
|
pntgen
|
0
|
Cross-term dependence of ntgen.
|
|
wntgen
|
0
|
W-term dependence of ntgen.
|
|
p2ntgen
|
0
|
WL-term dependence of ntgen.
|
|
laigen
|
0
|
Length dependence of aigen.
|
|
naigen
|
0
|
NFIN dependence of aigen.
|
|
paigen
|
0
|
Cross-term dependence of aigen.
|
|
waigen
|
0
|
W-term dependence of aigen.
|
|
p2aigen
|
0
|
WL-term dependence of aigen.
|
|
lbigen
|
0
|
Length dependence of bigen.
|
|
nbigen
|
0
|
NFIN dependence of bigen.
|
|
pbigen
|
0
|
Cross-term dependence of bigen.
|
|
wbigen
|
0
|
W-term dependence of bigen.
|
|
p2bigen
|
0
|
WL-term dependence of bigen.
|
|
lxrcrg1
|
0.0
|
Length dependence of xrcrg1.
|
|
nxrcrg1
|
0.0
|
NFIN dependence of xrcrg1.
|
|
pxrcrg1
|
0.0
|
Cross-term dependence of xrcrg1.
|
|
wxrcrg1
|
0.0
|
W-term dependence of xrcrg1.
|
|
p2xrcrg1
|
0.0
|
WL-term dependence of xrcrg1.
|
|
lxrcrg2
|
0.0
|
Length dependence of xrcrg2.
|
|
nxrcrg2
|
0.0
|
NFIN dependence of xrcrg2.
|
|
pxrcrg2
|
0.0
|
Cross-term dependence of xrcrg2.
|
|
wxrcrg2
|
0.0
|
W-term dependence of xrcrg2.
|
|
p2xrcrg2
|
0.0
|
WL-term dependence of xrcrg2.
|
|
lute
|
0.0
|
Length dependence of ute.
|
|
nute
|
0.0
|
NFIN dependence of ute.
|
|
pute
|
0.0
|
Cross-term dependence of ute.
|
|
wute
|
0.0
|
W-term dependence of ute.
|
|
p2ute
|
0.0
|
WL-term dependence of ute.
|
|
lutl
|
0.0
|
Length dependence of utl.
|
|
nutl
|
0.0
|
NFIN dependence of utl.
|
|
putl
|
0.0
|
Cross-term dependence of utl.
|
|
wutl
|
0.0
|
W-term dependence of utl.
|
|
p2utl
|
0.0
|
WL-term dependence of utl.
|
|
lemobt
|
0
|
Length dependence of emobt.
|
|
nemobt
|
0
|
NFIN dependence of emobt.
|
|
pemobt
|
0
|
Cross-term dependence of emobt.
|
|
wemobt
|
0
|
W-term dependence of emobt.
|
|
p2emobt
|
0
|
WL-term dependence of emobt.
|
|
lua1
|
0.0
|
Length dependence of ua1.
|
|
nua1
|
0.0
|
NFIN dependence of ua1.
|
|
pua1
|
0.0
|
Cross-term dependence of ua1.
|
|
wua1
|
0.0
|
W-term dependence of ua1.
|
|
p2ua1
|
0.0
|
WL-term dependence of ua1.
|
|
luc1
|
0.0
|
Length dependence of uc1.
|
|
nuc1
|
0.0
|
NFIN dependence of uc1.
|
|
puc1
|
0.0
|
Cross-term dependence of uc1.
|
|
wuc1
|
0.0
|
W-term dependence of uc1.
|
|
p2uc1
|
0.0
|
WL-term dependence of uc1.
|
|
lud1
|
0.0
|
Length dependence of ud1.
|
|
nud1
|
0.0
|
NFIN dependence of ud1.
|
|
pud1
|
0.0
|
Cross-term dependence of ud1.
|
|
wud1
|
0.0
|
W-term dependence of ud1.
|
|
p2ud1
|
0.0
|
WL-term dependence of ud1.
|
|
lucste
|
0.0
|
Length dependence of ucste.
|
|
nucste
|
0.0
|
NFIN dependence of ucste.
|
|
pucste
|
0.0
|
Cross-term dependence of ucste.
|
|
wucste
|
0.0
|
W-term dependence of ucste.
|
|
p2ucste
|
0.0
|
WL-term dependence of ucste.
|
|
lptwgt
|
0
|
Length dependence of ptwgt.
|
|
nptwgt
|
0
|
NFIN dependence of ptwgt.
|
|
pptwgt
|
0
|
Cross-term dependence of ptwgt.
|
|
wptwgt
|
0
|
W-term dependence of ptwgt.
|
|
p2ptwgt
|
0
|
WL-term dependence of ptwgt.
|
|
lat
|
0
|
Length dependence of at.
|
|
nat
|
0
|
NFIN dependence of at.
|
|
pat
|
0
|
Cross-term dependence of at.
|
|
wat
|
0
|
W-term dependence of at.
|
|
p2at
|
0
|
WL-term dependence of at.
|
|
lstthetasat
|
0
|
Length dependence of stthetasat.
|
|
nstthetasat
|
0
|
NFIN dependence of stthetasat.
|
|
pstthetasat
|
0
|
Cross-term dependence of stthetasat.
|
|
lprt
|
0
|
Length dependence of prt.
|
|
nprt
|
0
|
NFIN dependence of prt.
|
|
pprt
|
0
|
Cross-term dependence of prt.
|
|
wprt
|
0
|
W-term dependence of prt.
|
|
p2prt
|
0
|
WL-term dependence of prt.
|
|
lkt1
|
0
|
Length dependence of kt1.
|
|
nkt1
|
0
|
NFIN dependence of kt1.
|
|
pkt1
|
0
|
Cross-term dependence of kt1.
|
|
wkt1
|
0.0 m V
|
W-term of KT1.
|
|
p2kt1
|
0.0 (m2) V
|
WL-term of KT1.
|
|
ltss
|
0
|
Length dependence of tss.
|
|
ntss
|
0
|
NFIN dependence of tss.
|
|
ptss
|
0
|
Cross-term dependence of tss.
|
|
wtss
|
0.0 m/K
|
W-term of TSS.
|
|
p2tss
|
0.0 (m2)/K
|
WL-term of TSS.
|
|
liit
|
0
|
Length dependence of iit.
|
|
niit
|
0
|
NFIN dependence of iit.
|
|
piit
|
0
|
Cross-term dependence of iit.
|
|
wiit
|
0.0 m
|
W-term of IIT.
|
|
p2iit
|
0.0 m2
|
WL-term of IIT.
|
|
ltii
|
0.0
|
Length dependence of tii.
|
|
ntii
|
0.0
|
NFIN dependence of tii.
|
|
ptii
|
0.0
|
Cross-term dependence of tii.
|
|
wtii
|
0.0 m
|
W-term of TII.
|
|
p2tii
|
0.0 m2
|
WL-term of TII.
|
|
ltgidl
|
0
|
Length dependence of tgidl.
|
|
ntgidl
|
0
|
NFIN dependence of tgidl.
|
|
ptgidl
|
0
|
Cross-term dependence of tgidl.
|
|
wtgidl
|
0.0 m/K
|
W-term of TGIDL.
|
|
p2tgidl
|
0.0 (m2)/K
|
WL-term of TGIDL.
|
|
ligt
|
0
|
Length dependence of igt.
|
|
nigt
|
0
|
NFIN dependence of igt.
|
|
pigt
|
0
|
Cross-term dependence of igt.
|
|
wigt
|
0.0 m
|
W-term of IGT.
|
|
p2igt
|
0.0 m2
|
WL-term of IGT.
|
|
lnoia2
|
0.0
|
Length dependence of noia2.
|
|
nnoia2
|
0.0 s^(1-EF)/(eV m3)
|
NFIN dependence of noia2.
|
|
pnoia2
|
0.0
|
Cross-term dependence of noia2.
|
|
wnoia2
|
0.0 s^(1-EF)/(eV m2)
|
W-term for NOIA2.
|
|
p2noia2
|
0.0 s^(1-EF)/(eV m)
|
WL-term for NOIA2.
|
|
lmpower
|
0.0
|
Length dependence of mpower.
|
|
nmpower
|
0.0
|
NFIN dependence of mpower.
|
|
pmpower
|
0.0
|
Cross-term dependence of mpower.
|
|
wmpower
|
0.0 m
|
W-term for MPOWER.
|
|
p2mpower
|
0.0 m2
|
WL-term for MPOWER.
|
|
lqsref
|
0.0
|
Length dependence of qsref.
|
|
nqsref
|
0.0
|
NFIN dependence of qsref.
|
|
pqsref
|
0.0
|
Cross-term dependence of qsref.
|
|
wqsref
|
0.0 m
|
W-term for QSREF.
|
|
p2qsref
|
0.0 m2
|
WL-term for QSREF.
|
|
lk01
|
0
|
Length dependence of k01.
|
|
nk01
|
0
|
NFIN dependence of k01.
|
|
pk01
|
0
|
Cross-term dependence of k01.
|
|
wk01
|
0
|
W-term dependence of k01.
|
|
p2k01
|
0
|
WL-term dependence of k01.
|
|
lk0si1
|
0
|
Length dependence of k0si1.
|
|
nk0si1
|
0
|
NFIN dependence of k0si1.
|
|
pk0si1
|
0
|
Cross-term dependence of k0si1.
|
|
wk0si1
|
0
|
W-term dependence of k0si1.
|
|
p2k0si1
|
0
|
WL-term dependence of k0si1.
|
|
lk1si1
|
0
|
Length dependence of k1si1.
|
|
nk1si1
|
0
|
NFIN dependence of k1si1.
|
|
pk1si1
|
0
|
Cross-term dependence of k1si1.
|
|
lk11
|
0
|
Length dependence of k11.
|
|
nk11
|
0
|
NFIN dependence of k11.
|
|
pk11
|
0
|
Cross-term dependence of k11.
|
|
wk11
|
0
|
W-term dependence of k11.
|
|
p2k11
|
0
|
WL-term dependence of k11.
|
|
lk1sat1
|
0
|
Length dependence of k1sat1.
|
|
nk1sat1
|
0
|
NFIN dependence of k1sat1.
|
|
pk1sat1
|
0
|
Cross-term dependence of k1sat1.
|
|
la11
|
0
|
Length dependence of a11.
|
|
na11
|
0
|
NFIN dependence of a11.
|
|
pa11
|
0
|
Cross-term dependence of a11.
|
|
wa11
|
0
|
W-term dependence of a11.
|
|
p2a11
|
0
|
WL-term dependence of a11.
|
|
la21
|
0
|
Length dependence of a21.
|
|
na21
|
0
|
NFIN dependence of a21.
|
|
pa21
|
0
|
Cross-term dependence of a21.
|
|
wa21
|
0
|
W-term dependence of a21.
|
|
p2a21
|
0
|
WL-term dependence of a21.
|
|
laigbinv1
|
0
|
Length dependence of aigbinv1.
|
|
naigbinv1
|
0
|
NFIN dependence of aigbinv1.
|
|
paigbinv1
|
0
|
Cross-term dependence of aigbinv1.
|
|
waigbinv1
|
0
|
W-term dependence of aigbinv1.
|
|
p2aigbinv1
|
0
|
WL-term dependence of aigbinv1.
|
|
laigbacc1
|
0
|
Length dependence of aigbacc1.
|
|
naigbacc1
|
0
|
NFIN dependence of aigbacc1.
|
|
paigbacc1
|
0
|
Cross-term dependence of aigbacc1.
|
|
waigbacc1
|
0
|
W-term dependence of aigbacc1.
|
|
p2aigbacc1
|
0
|
WL-term dependence of aigbacc1.
|
|
laigd1
|
0.0
|
Length dependence of aigd1.
|
|
naigd1
|
0.0
|
NFIN dependence of aigd1.
|
|
paigd1
|
0.0
|
Cross-term dependence of aigd1.
|
|
waigd1
|
0.0
|
W-term dependence of aigd1.
|
|
p2aigd1
|
0.0
|
WL-term dependence of aigd1.
|
|
lalphaii0
|
0.0
|
Length dependence of alphaii0.
|
|
nalphaii0
|
0.0
|
NFIN dependence of alphaii0.
|
|
palphaii0
|
0.0
|
Cross-term dependence of alphaii0.
|
|
walphaii0
|
0.0
|
W-term dependence of alphaii0.
|
|
p2alphaii0
|
0.0
|
WL-term dependence of alphaii0.
|
|
lalphaii1
|
0.0
|
Length dependence of alphaii1.
|
|
nalphaii1
|
0.0
|
NFIN dependence of alphaii1.
|
|
palphaii1
|
0.0
|
Cross-term dependence of alphaii1.
|
|
walphaii1
|
0.0
|
W-term dependence of alphaii1.
|
|
p2alphaii1
|
0.0
|
WL-term dependence of alphaii1.
|
|
lpsatcv
|
0
|
Length dependence of psatcv.
|
|
npsatcv
|
0
|
NFIN dependence of psatcv.
|
|
ppsatcv
|
0
|
Cross-term dependence of psatcv.
|
|
wpsatcv
|
0
|
W-term dependence of psatcv.
|
|
p2psatcv
|
0
|
WL-term dependence of psatcv.
|
|
ldeltavsatcv
|
0
|
Length dependence of deltavsatcv.
|
|
ndeltavsatcv
|
0
|
NFIN dependence of deltavsatcv.
|
|
pdeltavsatcv
|
0
|
Cross-term dependence of deltavsatcv.
|
|
wdeltavsatcv
|
0
|
W-term dependence of deltavsatcv.
|
|
p2deltavsatcv
|
0
|
WL-term dependence of deltavsatcv.
|
|
la0cv
|
0.0
|
Length dependence of psatcv.
|
|
na0cv
|
0.0
|
NFIN dependence of psatcv.
|
|
pa0cv
|
0.0
|
Cross-term dependence of psatcv.
|
|
lagscv
|
0.0
|
Length dependence of psatcv.
|
|
nagscv
|
0.0
|
NFIN dependence of psatcv.
|
|
pagscv
|
0.0
|
Cross-term dependence of psatcv.
|
|
lmexpcv
|
0.0
|
Length dependence of psatcv.
|
|
nmexpcv
|
0.0
|
NFIN dependence of psatcv.
|
|
pmexpcv
|
0.0
|
Cross-term dependence of psatcv.
|
|
lk1sisat
|
0.0
|
Length dependence of psatcv.
|
|
nk1sisat
|
0.0
|
NFIN dependence of psatcv.
|
|
pk1sisat
|
0.0
|
Cross-term dependence of psatcv.
|
|
lk1sisat1
|
0.0
|
Length dependence of psatcv.
|
|
nk1sisat1
|
0.0
|
NFIN dependence of psatcv.
|
|
pk1sisat1
|
0.0
|
Cross-term dependence of psatcv.
|
|
lkgisl
|
0.0
|
L-term of kgisl.
|
|
nkgisl
|
0.0
|
N-term of kgisl.
|
|
pkgisl
|
0.0
|
P-term of kgisl.
|
|
lkgidl
|
0.0
|
L-term of kgidl.
|
|
nkgidl
|
0.0
|
N-term of kgidl.
|
|
pkgidl
|
0.0
|
P-term of kgidl.
|
|
lmgisl
|
0.0
|
L-term of mgisl.
|
|
nmgisl
|
0.0
|
N-term of mgisl.
|
|
pmgisl
|
0.0
|
P-term of mgisl.
|
|
lmgidl
|
0.0
|
L-term of mgidl.
|
|
nmgidl
|
0.0
|
N-term of mgidl.
|
|
pmgidl
|
0.0
|
P-term of mgidl.
|
|
lgislfactor
|
0.0
|
L-term of gislfactor.
|
|
ngislfactor
|
0.0
|
N-term of gislfactor.
|
|
pgislfactor
|
0.0
|
P-term of gislfactor.
|
|
lgidlfactor
|
0.0
|
L-term of gidlfactor.
|
|
ngidlfactor
|
0.0
|
N-term of gidlfactor.
|
|
pgidlfactor
|
0.0
|
P-term of gidlfactor.
|
|
lcitr
|
0
|
L-term of CITR.
|
|
ncitr
|
0
|
N-term of CITR.
|
|
pcitr
|
0
|
P-term of CITR.
|
|
wcitr
|
0
|
W-term of CITR.
|
|
p2citr
|
0
|
WL-term of CITR.
|
|
ldvtshiftr
|
0
|
LDVTSHIFT in reverse mode.
|
|
ndvtshiftr
|
0
|
NDVTSHIFT in reverse mode.
|
|
pdvtshiftr
|
0
|
PDVTSHIFT in reverse mode.
|
|
wdvtshiftr
|
0
|
WDVTSHIFT in reverse mode.
|
|
p2dvtshiftr
|
0
|
P2DVTSHIFT in reverse mode.
|
|
lvsatr
|
0
|
LVSAT in reverse mode.
|
|
nvsatr
|
0
|
NVSAT in reverse mode.
|
|
pvsatr
|
0
|
PVSAT in reverse mode.
|
|
wvsatr
|
0 m2/s
|
W-term of VSATR.
|
|
p2vsatr
|
0 m3/s
|
WL-term of VSATR.
|
|
lksativr
|
0
|
LKSATIV in reverse mode.
|
|
nksativr
|
0
|
NKSATIV in reverse mode.
|
|
pksativr
|
0
|
PKSATIV in reverse mode.
|
|
wksativr
|
0
|
WKSATIV in reverse mode.
|
|
p2ksativr
|
0
|
P2KSATIV in reverse mode.
|
|
lu0r
|
0
|
LU0 in reverse mode.
|
|
nu0r
|
0
|
NU0 in reverse mode.
|
|
pu0r
|
0
|
PU0 in reverse mode.
|
|
wu0r
|
0
|
WU0 in reverse mode.
|
|
p2u0r
|
0
|
P2U0 in reverse mode.
|
|
luar
|
0
|
LUA in reverse mode.
|
|
nuar
|
0
|
NUA in reverse mode.
|
|
puar
|
0
|
PUA in reverse mode.
|
|
wuar
|
0
|
WUA in reverse mode.
|
|
p2uar
|
0
|
P2UA in reverse mode.
|
|
lucr
|
0
|
LUC in reverse mode.
|
|
nucr
|
0
|
NUC in reverse mode.
|
|
pucr
|
0
|
PUC in reverse mode.
|
|
wucr
|
0
|
LUC in reverse mode.
|
|
p2ucr
|
0
|
P2UC in reverse mode.
|
|
leur
|
0
|
LEU in reverse mode.
|
|
neur
|
0
|
NEU in reverse mode.
|
|
peur
|
0
|
PEU in reverse mode.
|
|
weur
|
0
|
WEU in reverse mode.
|
|
p2eur
|
0
|
P2EU in reverse mode.
|
|
ludr
|
0
|
LUD in reverse mode.
|
|
nudr
|
0
|
NUD in reverse mode.
|
|
pudr
|
0
|
PUD in reverse mode.
|
|
wudr
|
0
|
WUD in reverse mode.
|
|
p2udr
|
0
|
P2UD in reverse mode.
|
|
lpclmr
|
0
|
LPCLM in reverse mode.
|
|
npclmr
|
0
|
NPCLM in reverse mode.
|
|
ppclmr
|
0
|
PPCLM in reverse mode.
|
|
wpclmr
|
0
|
WPCLM in reverse mode.
|
|
p2pclmr
|
0
|
P2PCLM in reverse mode.
|
|
lpdibl2r
|
0
|
LPDIBL2 in reverse mode.
|
|
npdibl2r
|
0
|
NPDIBL2 in reverse mode.
|
|
ppdibl2r
|
0
|
PPDIBL2 in reverse mode.
|
|
wpdibl2r
|
0
|
WPDIBL2 in reverse mode.
|
|
p2pdibl2r
|
0
|
P2PDIBL2 in reverse mode.
|
|
luter
|
0.0
|
LUTE in reverse mode.
|
|
nuter
|
0.0
|
NUTE in reverse mode.
|
|
puter
|
0.0
|
PUTE in reverse mode.
|
|
wuter
|
0.0
|
WUTE in reverse mode.
|
|
p2uter
|
0.0
|
P2UTE in reverse mode.
|
|
lutlr
|
0.0
|
LUTL in reverse mode.
|
|
nutlr
|
0.0
|
NUTL in reverse mode.
|
|
putlr
|
0.0
|
PUTL in reverse mode.
|
|
wutlr
|
0.0
|
WUTL in reverse mode.
|
|
p2utlr
|
0.0
|
P2UTL in reverse mode.
|
|
lua1r
|
0.0
|
LUA1 in reverse mode.
|
|
nua1r
|
0.0
|
NUA1 in reverse mode.
|
|
pua1r
|
0.0
|
PUA1 in reverse mode.
|
|
wua1r
|
0.0
|
WUA1 in reverse mode.
|
|
p2ua1r
|
0.0
|
P2UA1 in reverse mode.
|
|
luc1r
|
0.0
|
LUC1 in reverse mode.
|
|
nuc1r
|
0.0
|
NUC1 in reverse mode.
|
|
puc1r
|
0.0
|
PUC1 in reverse mode.
|
|
wuc1r
|
0.0
|
WUC1 in reverse mode.
|
|
p2uc1r
|
0.0
|
P2UC1 in reverse mode.
|
|
lud1r
|
0.0
|
LUD1 in reverse mode.
|
|
nud1r
|
0.0
|
NUD1 in reverse mode.
|
|
pud1r
|
0.0
|
PUD1 in reverse mode.
|
|
wud1r
|
0.0
|
WUD1 in reverse mode.
|
|
p2ud1r
|
0.0
|
P2UD1 in reverse mode.
|
|
latr
|
0
|
LAT in reverse mode.
|
|
natr
|
0
|
NAT in reverse mode.
|
|
patr
|
0
|
PAT in reverse mode.
|
|
watr
|
0
|
WAT in reverse mode.
|
|
p2atr
|
0
|
P2AT in reverse mode.
|
|
latcv
|
0
|
Length dependence of atcv.
|
|
natcv
|
0
|
NFIN dependence of atcv.
|
|
patcv
|
0
|
Cross-term dependence of atcv.
|
|
watcv
|
0
|
W-term dependence of atcv.
|
|
p2atcv
|
0
|
WL-term dependence of atcv.
|
|
lk2si
|
0.0
|
Length dependence of k2si.
|
|
nk2si
|
0.0
|
NFIN dependence of k2si.
|
|
pk2si
|
0.0
|
Cross-term dependence of k2si.
|
|
wk2si
|
0.0
|
W-term dependence of k2si.
|
|
p2k2si
|
0.0
|
WL-term dependence of k2si.
|
|
lk2si1
|
0.0
|
Length dependence of k2si1.
|
|
nk2si1
|
0.0
|
NFIN dependence of k2si1.
|
|
pk2si1
|
0.0
|
Cross-term dependence of k2si1.
|
|
wk2si1
|
0.0
|
W-term dependence of k2si1.
|
|
p2k2si1
|
0.0
|
WL-term dependence of k2si1.
|
|
lk0sisat
|
0.0
|
Length dependence of k0sisat.
|
|
nk0sisat
|
0.0
|
NFIN dependence of k0sisat.
|
|
pk0sisat
|
0.0
|
Cross-term dependence of k0sisat.
|
|
wk0sisat
|
0.0
|
W-term dependence of k0sisat.
|
|
p2k0sisat
|
0.0
|
WL-term dependence of k0sisat.
|
|
lk0sisat1
|
0.0
|
Length dependence of k0sisat1.
|
|
nk0sisat1
|
0.0
|
NFIN dependence of k0sisat1.
|
|
pk0sisat1
|
0.0
|
Cross-term dependence of k0sisat1.
|
|
wk0sisat1
|
0.0
|
W-term dependence of k0sisat1.
|
|
p2k0sisat1
|
0.0
|
WL-term dependence of k0sisat1.
|
|
lk2sisat
|
0.0
|
Length dependence of k2sisat.
|
|
nk2sisat
|
0.0
|
NFIN dependence of k2sisat.
|
|
pk2sisat
|
0.0
|
Cross-term dependence of k2sisat.
|
|
wk2sisat
|
0.0
|
W-term dependence of k2sisat.
|
|
p2k2sisat
|
0.0
|
WL-term dependence of k2sisat.
|
|
lk2sisat1
|
0.0
|
Length dependence of k2sisat1.
|
|
nk2sisat1
|
0.0
|
NFIN dependence of k2sisat1.
|
|
pk2sisat1
|
0.0
|
Cross-term dependence of k2sisat1.
|
|
wk2sisat1
|
0.0
|
W-term dependence of k2sisat1.
|
|
p2k2sisat1
|
0.0
|
WL-term dependence of k2sisat1.
|
|
lk2sat
|
0.0
|
Length dependence of k2sat.
|
|
nk2sat
|
0.0
|
NFIN dependence of k2sat.
|
|
pk2sat
|
0.0
|
Cross-term dependence of k2sat.
|
|
wk2sat
|
0.0
|
W-term dependence of k2sat.
|
|
p2k2sat
|
0.0
|
WL-term dependence of k2sat.
|
|
lk2sat1
|
0.0
|
Length dependence of k2sat1.
|
|
nk2sat1
|
0.0
|
NFIN dependence of k2sat1.
|
|
pk2sat1
|
0.0
|
Cross-term dependence of k2sat1.
|
|
wk2sat1
|
0.0
|
W-term dependence of k2sat1.
|
|
p2k2sat1
|
0.0
|
WL-term dependence of k2sat1.
|
|
lk2
|
0.0
|
Length dependence of k2.
|
|
nk2
|
0.0
|
NFIN dependence of k2.
|
|
pk2
|
0.0
|
Cross-term dependence of k2.
|
|
wk2
|
0.0
|
W-term dependence of k2.
|
|
p2k2
|
0.0
|
WL-term dependence of k2.
|
|
lk21
|
0.0
|
Length dependence of k21.
|
|
nk21
|
0.0
|
NFIN dependence of k21.
|
|
pk21
|
0.0
|
Cross-term dependence of k21.
|
|
wk21
|
0.0
|
W-term dependence of k21.
|
|
p2k21
|
0.0
|
WL-term dependence of k21.
|
|
lupr
|
0.0
|
Length dependence of upr.
|
|
nupr
|
0.0
|
NFIN dependence of upr.
|
|
pupr
|
0.0
|
Cross-term dependence of upr.
|
|
wupr
|
0.0
|
W-term dependence of upr.
|
|
p2upr
|
0.0
|
WL-term dependence of upr.
|
|
dim1h
|
3
|
Max dimension for 1st subband (real number enables optimization).
|
|
dimension1
|
2
|
Dimension for 1st subband (real number enables optimization).
|
|
ldimension1
|
0.0 m
|
L-term of DIMENSION1.
|
|
ndimension1
|
0.0
|
N-term of DIMENSION1.
|
|
pdimension1
|
0.0 m
|
P-term of DIMENSION1.
|
|
wdimension1
|
0.0 m
|
W-term of DIMENSION1.
|
|
p2dimension1
|
0.0 m2
|
WL-term of DIMENSION1.
|
|
dim2h
|
3
|
Max dimension for 2nd subband (real number enables optimization).
|
|
dimension2
|
2.6
|
Dimension for 2nd subband (real number enables optimization).
|
|
ldimension2
|
0.0 m
|
L-term of DIMENSION2.
|
|
ndimension2
|
0.0
|
N-term of DIMENSION2.
|
|
pdimension2
|
0.0 m
|
P-term of DIMENSION2.
|
|
wdimension2
|
0.0 m
|
W-term of DIMENSION2.
|
|
p2dimension2
|
0.0 m2
|
WL-term of DIMENSION2.
|
|
dim3h
|
3
|
Max dimension for 3rd subband (real number enables optimization).
|
|
dimension3
|
2.6
|
Dimension for 3rd subband (real number enables optimization).
|
|
ldimension3
|
0.0 m
|
L-term of DIMENSION3.
|
|
ndimension3
|
0.0
|
N-term of DIMENSION3.
|
|
pdimension3
|
0.0 m
|
P-term of DIMENSION3.
|
|
wdimension3
|
0.0 m
|
W-term of DIMENSION3.
|
|
p2dimension3
|
0.0 m2
|
WL-term of DIMENSION3.
|
|
wdim0
|
9.5e-9 m
|
WGAA at which dimension change happens.
|
|
wdimr
|
0.1 nm
|
Rate of dimension change with WGAA scaling.
|
|
ssp1
|
14
|
Subband smoothing parameter for 1st subband (WGAA<WSSP0).
|
|
lssp1
|
0.0 m
|
L-term of SSP1.
|
|
nssp1
|
0.0
|
N-term of SSP1.
|
|
pssp1
|
0.0 m
|
P-term of SSP1.
|
|
wssp1
|
0.0 m
|
W-term of SSP1.
|
|
p2ssp1
|
0.0 m2
|
WL-term of SSP1.
|
|
ssp2
|
24
|
Subband smoothing parameter for 2nd subband (WGAA<WSSP0).
|
|
lssp2
|
0.0 m
|
L-term of SSP2.
|
|
nssp2
|
0.0
|
N-term of SSP2.
|
|
pssp2
|
0.0 m
|
P-term of SSP2.
|
|
wssp2
|
0.0 m
|
W-term of SSP2.
|
|
p2ssp2
|
0.0 m2
|
WL-term of SSP2.
|
|
ssp3
|
24
|
Subband smoothing parameter for 3rd subband (WGAA<WSSP0).
|
|
lssp3
|
0.0 m
|
L-term of SSP3.
|
|
nssp3
|
0.0
|
N-term of SSP3.
|
|
pssp3
|
0.0 m
|
P-term of SSP3.
|
|
wssp3
|
0.0 m
|
W-term of SSP3.
|
|
p2ssp3
|
0.0 m2
|
WL-term of SSP3.
|
|
dssp1
|
2
|
Change in SSP1 with WGAA scaling for large WGAA>WSSP0.
|
|
dssp2
|
0 m
|
Change in SSP2 with WGAA scaling for large WGAA>WSSP0.
|
|
dssp3
|
0
|
Change in SPP3 with WGAA scaling for large WGAA>WSSP0.
|
|
wssp0
|
9.5e-9 m
|
WGAA around which SSP change happens.
|
|
wsspr
|
0.1 nm
|
Rate of SSP change with WGAA scaling.
|
|
wgaanom
|
8e-9 m2
|
Nominal WGAA.
|
|
e2nom
|
0.139 eV
|
2nd subband energy for nominal WGAA.
|
|
le2nom
|
0.0 m eV
|
L-term of E2NOM.
|
|
ne2nom
|
0.0 eV
|
N-term of E2NOM.
|
|
pe2nom
|
0.0 m eV
|
P-term of E2NOM.
|
|
we2nom
|
0.0 m eV
|
W-term of E2NOM.
|
|
p2e2nom
|
0.0 (m2) eV
|
WL-term of E2NOM.
|
|
e3nom
|
2 eV
|
3rd subband energy for nominal WGAA.
|
|
le3nom
|
0.0 m eV
|
L-term of E3NOM.
|
|
ne3nom
|
0.0 ev
|
N-term of E3NOM.
|
|
pe3nom
|
0.0 m eV
|
P-term of E3NOM.
|
|
we3nom
|
0.0 m eV
|
W-term of E3NOM.
|
|
p2e3nom
|
0.0 (m2) eV
|
WL-term of E3NOM.
|
|
mfe2
|
1
|
Rate of change in 2nd subband energy with WGAA and TGAA scaling.
|
|
mfe3
|
1
|
Rate of change in 3rd subband energy with WGAA and TGAA scaling.
|
|
wsfe2
|
1
|
WGAA scaling factor for 2nd subband energy.
|
|
wsfe3
|
1
|
WGAA scaling factor for 3rd subband energy.
|
|
mfq1nom
|
11.2
|
Scaling factor for 1st subband charge for nominal WGAA.
|
|
lmfq1nom
|
0.0 m
|
L-term of MFQ1NOM.
|
|
nmfq1nom
|
0.0
|
N-term of MFQ1NOM.
|
|
pmfq1nom
|
0.0 m
|
P-term of MFQ1NOM.
|
|
wmfq1nom
|
0.0 m
|
W-term of MFQ1NOM.
|
|
p2mfq1nom
|
0.0 m2
|
WL-term of MFQ1NOM.
|
|
mfq2nom
|
8.02
|
Scaling factor for 2nd subband charge for nominal WGAA.
|
|
lmfq2nom
|
0.0 m
|
L-term of MFQ2NOM.
|
|
nmfq2nom
|
0.0
|
N-term of MFQ2NOM.
|
|
pmfq2nom
|
0.0 m
|
P-term of MFQ2NOM.
|
|
wmfq2nom
|
0.0 m
|
W-term of MFQ2NOM.
|
|
p2mfq2nom
|
0.0 m2
|
WL-term of MFQ2NOM.
|
|
mfq3nom
|
6.18
|
Scaling factor for 3rd subband charge for nominal WHSEET.
|
|
lmfq3nom
|
0.0 m
|
L-term of MFQ3NOM.
|
|
nmfq3nom
|
0.0
|
N-term of MFQ3NOM.
|
|
pmfq3nom
|
0.0 m
|
P-term of MFQ3NOM.
|
|
wmfq3nom
|
0.0 m
|
W-term of MFQ3NOM.
|
|
p2mfq3nom
|
0.0 m2
|
WL-term of MFQ3NOM.
|
|
mfq1
|
1
|
Rate of change in 1st subband charge with WGAA and TGAA scaling.
|
|
mfq2
|
1
|
Rate of change in 2nd subband charge with WGAA and TGAA scaling.
|
|
mfq3
|
1
|
Rate of change in 3rd subband charge with WGAA and TGAA scaling.
|
|
wsfq1
|
1
|
WGAA scaling factor for 1st subband charge.
|
|
wsfq2
|
1
|
WGAA scaling factor for 2nd subband charge.
|
|
wsfq3
|
1
|
WGAA scaling factor for 3rd subband charge.
|
|
tsre2
|
1.8
|
TGAA scaling for 2nd subband energy.
|
|
tdwse2
|
1.0
|
TGAA dependence of WGAA scaling for 2nd subband energy.
|
|
tsre3
|
0.67
|
TGAA scaling for 3rd subband energy .
|
|
tdwse3
|
0.23
|
TGAA dependence of WGAA scaling for 3rd subband energy.
|
|
tsrq1
|
1.1
|
TGAA scaling for 1st subband charge.
|
|
tdwsq1
|
2.4
|
TGAA dependence of WGAA scaling for 1st subband charge.
|
|
tsrq2
|
2.0
|
TGAA scaling for 2nd subband charge.
|
|
tdwsq2
|
2.0
|
TGAA dependence of WGAA scaling for 2nd subband charge.
|
|
tsrq3
|
6.0
|
TGAA scaling for 3rd subband charge.
|
|
tdwsq3
|
2.4
|
TGAA dependence of WGAA scaling for 3rd subband charge.
|
|
vds_max
|
infinity V
|
Maximum allowed voltage across source and drain.
|
|
vgd_max
|
infinity V
|
Maximum allowed voltage across drain and gate.
|
|
vgs_max
|
infinity V
|
Maximum allowed voltage across source/bulk and gate.
|
|
vbd_max
|
infinity V
|
Maximum allowed voltage across drain/source and bulk.
|
|
vbs_max
|
vbd_max V
|
Maximum allowed voltage across source and bulk.
|
|
vgb_max
|
infinity V
|
Maximum allowed voltage across gate and bulk.
|
|
vgdr_max
|
vgd_max V
|
Maximum allowed reverse voltage across gate and drain.
|
|
vgsr_max
|
vgs_max V
|
Maximum allowed reverse voltage across gate and source.
|
|
vgbr_max
|
vgb_max V
|
Maximum allowed reverse voltage across gate and bulk.
|
|
vbsr_max
|
vbs_max V
|
Maximum allowed reverse voltage across bulk and source.
|
|
vbdr_max
|
vbd_max V
|
Maximum allowed reverse voltage across bulk and drain.
|
|
mvtwl
|
0.0 V m
|
Threshold mismatch area dependence.
|
|
mvtwl2
|
0.0 V m^1.5
|
Threshold mismatch area square dependence.
|
|
mvt0
|
0.0 V
|
Threshold mismatch intercept.
|
|
mbewl
|
0.0 m
|
Beta mismatch area dependence.
|
|
mbe0
|
0.0
|
Beta mismatch intercept.
|
|
mismatchmod
|
0
|
Select mismatch mode. The available modes are 0, 1, 2 and 3.
|
|
mismatchdist
|
0.0
|
Mismatch distance.
|
|
trise
|
0 C
|
Temperature rise from ambient, alias of dtemp. It served as the default value of instance trise.
|
|
lmin
|
0.0 m
|
Minimum channel length for which the model is valid.
|
|
lmax
|
1.0 m
|
Maximum channel length for which the model is valid.
|
|
wmin
|
0.0 m
|
Minimum channel width for which the model is valid.
|
|
wmax
|
1.0 m
|
Maximum channel width for which the model is valid.
|
|
nfinmin
|
1
|
Minimum number of fins per finger.
|
|
nfinmax
|
100000
|
Maximum number of fins per finger.
|
|
cvmod
|
0
|
0: Consistent I-V & C-V, 1: Decoupled I-V & C-V.
|
|
cryomod
|
0
|
0: Turn off cryogenic temperature model; 1: Most physical cryogenic temperature models; 2: Cryogenic models converge to BSIM-CMG 111.1.0 temperature models for T > 210 K.
|
|
dwcacc
|
0
|
GAA delta W for C-V model in accumulation region (CAPMOD=1, BULKMOD=1 or 2).
|
|
dwbin
|
0
|
GAA Delta W for binning.
|
|
lxw
|
0.0 m2
|
L-term of XW.
|
|
nxw
|
0.0 m
|
N-term of XW.
|
|
pxw
|
0.0 m2
|
P-term of XW.
|
|
wxw
|
0.0 m2
|
W-term of XW.
|
|
p2xw
|
0.0 m3
|
WL-term of XW.
|
|
ldwbin
|
0.0 m2
|
L-term of DWBIN.
|
|
ndwbin
|
0.0 m
|
N-term of DWBIN.
|
|
pdwbin
|
0.0 m2
|
P-term of DWBIN.
|
|
wdwbin
|
0.0 m2
|
W-term of DWBIN.
|
|
p2dwbin
|
0.0 m3
|
WL-term of DWBIN.
|
|
eta0cv
|
0.60
|
CVMOD = 1 DIBL coefficient.
|
|
uds
|
2.0e-5
|
CRYOMOD != 0 weight factor correction for source side inversion charge density in Coulomb scattering model.
|
|
uds1
|
(-10.0)
|
CRYOMOD != 0 temperature coefficient for UDS.
|
|
udd
|
(-2.0e-5)
|
CRYOMOD != 0 weight factor correction for drain side inversion charge density in Coulomb scattering model.
|
|
udd1
|
(-10.0)
|
CRYOMOD != 0 temperature coefficient for UDD.
|
|
pclmt
|
(-2.0e-5)
|
CRYOMOD != 0 temperature coefficient for PCLM.
|
|
cgbw
|
0.0
|
GAA gate-to-substrate overlap capacitance per unit area per fin per finger.
|
|
kt11
|
0.01 V
|
CRYOMOD != 0 Vth temperature coefficient.
|
|
kt12
|
0.1 1/K
|
CRYOMOD != 0 Vth temperature coefficient.
|
|
tvth
|
40.0 K
|
CRYOMOD != 0 transition temperature for Vth temperature model.
|
|
ute1
|
(-0.4)
|
CRYOMOD != 0 mobility temperature coefficient.
|
|
ua2
|
(-0.04)
|
CRYOMOD != 0 mobility temperature coefficient for UA.
|
|
eu1
|
(-1.0e-3)
|
CRYOMOD != 0 mobility temperature coefficient for EU.
|
|
ud2
|
(-0.04)
|
CRYOMOD != 0 mobility temperature coefficient for UD.
|
|
ucste1
|
(-0.04)
|
CRYOMOD != 0 mobility temperature coefficient for UCS.
|
|
at2
|
2.0e-6 1/K2
|
CRYOMOD != 0 saturation velocity temperature coefficient.
|
|
tmexp2
|
(-4.0e-6) 1/K2
|
CRYOMOD != 0 Temperature coefficient for Vdseff smoothing.
|
|
prt1
|
4.0e-4
|
CRYOMOD != 0 series resistance temperature coefficient at low temperatures.
|
|
tr0
|
170.0
|
CRYOMOD != 0 corner temperature in dual-slope temperature model of series resistance.
|
|
sprt
|
1.0e-2
|
CRYOMOD != 0 parameter for corner temperature smoothing in dual-slope temperature model of series resistance.
|
|
eta0n1cv
|
0
|
NFIN dependence of ETA0CV.
|
|
eta0n2cv
|
1.0e5
|
NFIN dependence of ETA0CV.
|
|
teta0cv
|
0.0 1/K
|
CVMOD = 1 temperature dependence of DIBL coefficient.
|
|
u0n1cv
|
0
|
CVMOD = 1 NFIN dependence of U0CV.
|
|
u0n2cv
|
1.0e5
|
CVMOD = 1 NFIN dependence of U0CV.
|
|
at2cv
|
2.0e-6
|
CRYOMOD != 0 saturation velocity temperature coefficient for CV.
|
|
u0cv
|
0.03
|
CVMOD = 1 low-field mobility.
|
|
uacv
|
0.3
|
CVMOD = 1 phonon/surface roughness scattering parameter.
|
|
uccv
|
0.0
|
CVMOD = 1 body effect for mobility degradation parameter (BULKMOD = 1 or 2).
|
|
udcv
|
0.0
|
CVMOD = 1 coulomb scattering parameter.
|
|
utecv
|
0.0
|
CVMOD = 1 mobility temperature coefficient.
|
|
ute1cv
|
(-0.4)
|
CRYOMOD != 0 and CVMOD = 1 mobility temperature coefficient.
|
|
utlcv
|
(-1.5e-3)
|
CVMOD = 1 mobility temperature coefficient.
|
|
ua1cv
|
1.032e-3
|
CVMOD = 1 mobility temperature coefficient for UA.
|
|
ua2cv
|
(-0.04)
|
CRYOMOD != 0 and CVMOD = 1 mobility temperature coefficient for UA.
|
|
uc1cv
|
0.056e-9
|
CVMOD = 1 mobility temperature coefficient for UC.
|
|
ud1cv
|
0.0
|
CVMOD = 1 mobility temperature coefficient for UD.
|
|
ud2cv
|
(-0.04)
|
CRYOMOD != 0 and CVMOD = 1 mobility temperature coefficient for UD.
|
|
eta0ltcv
|
0.0 1/m
|
Coupled NFIN and length dependence of ETA0CV.
|
|
u0ltcv
|
0.0 1/m
|
Coupled NFIN and length dependence of U0CV.
|
|
leta0cv
|
0
|
Length dependence of eta0cv.
|
|
neta0cv
|
0
|
NFIN dependence of eta0cv.
|
|
peta0cv
|
0
|
Cross-term dependence of eta0cv.
|
|
weta0cv
|
0
|
W-term dependence of eta0cv.
|
|
p2eta0cv
|
0
|
WL-term dependence of eta0cv.
|
|
ksativt1
|
(-2.0e-4) 1/K
|
CRYOMOD != 0 temperature coefficient for KSATIV.
|
|
ksativt2
|
(-2.0e-4) 1/K2
|
CRYOMOD != 0 temperature coefficient for KSATIV.
|
|
luds
|
0
|
L-term of UDS.
|
|
nuds
|
0
|
N-term of UDS.
|
|
puds
|
0
|
P-term of UDS.
|
|
wuds
|
0
|
W-term of UDS.
|
|
p2uds
|
0
|
WL-term of UDS.
|
|
luds1
|
0
|
L-term of UDS1.
|
|
nuds1
|
0
|
N-term of UDS1.
|
|
puds1
|
0
|
P-term of UDS1.
|
|
wuds1
|
0
|
W-term of UDS1.
|
|
p2uds1
|
0
|
WL-term of UDS1.
|
|
ludd
|
0
|
L-term of UDD.
|
|
nudd
|
0
|
N-term of UDD.
|
|
pudd
|
0
|
P-term of UDD.
|
|
wudd
|
0
|
W-term of UDD.
|
|
p2udd
|
0
|
WL-term of UDD.
|
|
ludd1
|
0
|
L-term of UDD1.
|
|
nudd1
|
0
|
N-term of UDD1.
|
|
pudd1
|
0
|
P-term of UDD1.
|
|
wudd1
|
0
|
W-term of UDD1.
|
|
p2udd1
|
0
|
WL-term of UDD1.
|
|
lucste1
|
0.0
|
Length dependence of ucste1.
|
|
nucste1
|
0.0
|
NFIN dependence of ucste1.
|
|
pucste1
|
0.0
|
Cross-term dependence of ucste1.
|
|
wucste1
|
0.0
|
W-term dependence of ucste1.
|
|
p2ucste1
|
0.0
|
WL-term dependence of ucste1.
|
|
lprt1
|
0
|
Length dependence of prt1.
|
|
nprt1
|
0
|
NFIN dependence of prt1.
|
|
pprt1
|
0
|
Cross-term dependence of prt1.
|
|
wprt1
|
0
|
W-term dependence of prt1.
|
|
p2prt1
|
0
|
WL-term dependence of prt1.
|
|
ltr0
|
0
|
Length dependence of tr0.
|
|
ntr0
|
0
|
NFIN dependence of tr0.
|
|
ptr0
|
0
|
Cross-term dependence of tr0.
|
|
wtr0
|
0
|
W-term dependence of tr0.
|
|
p2tr0
|
0
|
WL-term dependence of tr0.
|
|
lsprt
|
0
|
Length dependence of sprt.
|
|
nsprt
|
0
|
NFIN dependence of sprt.
|
|
psprt
|
0
|
Cross-term dependence of sprt.
|
|
wsprt
|
0
|
W-term dependence of sprt.
|
|
p2sprt
|
0
|
WL-term dependence of sprt.
|
|
lu0cv
|
0
|
L-term of U0CV.
|
|
nu0cv
|
0
|
N-term of U0CV.
|
|
pu0cv
|
0
|
P-term of U0CV.
|
|
wu0cv
|
0
|
W-term of U0CV.
|
|
p2u0cv
|
0
|
WL-term of U0CV.
|
|
luacv
|
0
|
L-term of UACV.
|
|
nuacv
|
0
|
N-term of UACV.
|
|
puacv
|
0
|
P-term of UACV.
|
|
wuacv
|
0
|
W-term of UACV.
|
|
p2uacv
|
0
|
WL-term of UACV.
|
|
luccv
|
0
|
L-term of UCCV.
|
|
nuccv
|
0
|
N-term of UCCV.
|
|
puccv
|
0
|
P-term of UCCV.
|
|
wuccv
|
0
|
W-term of UCCV.
|
|
p2uccv
|
0
|
WL-term of UCCV.
|
|
ludcv
|
0
|
L-term of UDCV.
|
|
nudcv
|
0
|
N-term of UDCV.
|
|
pudcv
|
0
|
P-term of UDCV.
|
|
wudcv
|
0
|
W-term of UDCV.
|
|
p2udcv
|
0
|
WL-term of UDCV.
|
|
lutecv
|
0.0
|
L-term of UTECV.
|
|
nutecv
|
0.0
|
N-term of UTECV.
|
|
putecv
|
0.0
|
P-term of UTECV.
|
|
wutecv
|
0.0
|
W-term of UTECV.
|
|
p2utecv
|
0.0
|
WL-term of UTECV.
|
|
lute1
|
0.0
|
L-term of UTE1.
|
|
nute1
|
0.0
|
N-term of UTE1.
|
|
pute1
|
0.0
|
P-term of UTE1.
|
|
wute1
|
0.0
|
W-term of UTE1.
|
|
p2ute1
|
0.0
|
WL-term of UTE1.
|
|
lute1cv
|
0.0
|
L-term of UTE1CV.
|
|
nute1cv
|
0.0
|
N-term of UTE1CV.
|
|
pute1cv
|
0.0
|
P-term of UTE1CV.
|
|
wute1cv
|
0.0
|
W-term of UTE1CV.
|
|
p2ute1cv
|
0.0
|
WL-term of UTE1CV.
|
|
lutlcv
|
0.0
|
L-term of UTLCV.
|
|
nutlcv
|
0.0
|
N-term of UTLCV.
|
|
putlcv
|
0.0
|
P-term of UTLCV.
|
|
wutlcv
|
0.0
|
W-term of UTLCV.
|
|
p2utlcv
|
0.0
|
WL-term of UTLCV.
|
|
lua1cv
|
0.0
|
L-term of UA1CV.
|
|
nua1cv
|
0.0
|
N-term of UA1CV.
|
|
pua1cv
|
0.0
|
P-term of UA1CV.
|
|
wua1cv
|
0.0
|
W-term of UA1CV.
|
|
p2ua1cv
|
0.0
|
WL-term of UA1CV.
|
|
lua2
|
0.0
|
L-term of UA2.
|
|
nua2
|
0.0
|
N-term of UA2.
|
|
pua2
|
0.0
|
P-term of UA2.
|
|
wua2
|
0.0
|
W-term of UA2.
|
|
p2ua2
|
0.0
|
WL-term of UA2.
|
|
lua2cv
|
0.0
|
L-term of UA2CV.
|
|
nua2cv
|
0.0
|
N-term of UA2CV.
|
|
pua2cv
|
0.0
|
P-term of UA2CV.
|
|
wua2cv
|
0.0
|
W-term of UA2CV.
|
|
p2ua2cv
|
0.0
|
WL-term of UA2CV.
|
|
leu1
|
0.0
|
L-term of EU1.
|
|
neu1
|
0.0
|
N-term of EU1.
|
|
peu1
|
0.0
|
P-term of EU1.
|
|
weu1
|
0.0
|
W-term of EU1.
|
|
p2eu1
|
0.0
|
WL-term of EU1.
|
|
luc1cv
|
0.0
|
L-term of UC1CV.
|
|
nuc1cv
|
0.0
|
N-term of UC1CV.
|
|
puc1cv
|
0.0
|
P-term of UC1CV.
|
|
wuc1cv
|
0.0
|
W-term of UC1CV.
|
|
p2uc1cv
|
0.0
|
WL-term of UC1CV.
|
|
lud1cv
|
0.0
|
L-term of UD1CV.
|
|
nud1cv
|
0.0
|
N-term of UD1CV.
|
|
pud1cv
|
0.0
|
P-term of UD1CV.
|
|
wud1cv
|
0.0
|
W-term of UD1CV.
|
|
p2ud1cv
|
0.0
|
WL-term of UD1CV.
|
|
lud2
|
0.0
|
L-term of UD2.
|
|
nud2
|
0.0
|
N-term of UD2.
|
|
pud2
|
0.0
|
P-term of UD2.
|
|
wud2
|
0.0
|
W-term of UD2.
|
|
p2ud2
|
0.0
|
WL-term of UD2.
|
|
lud2cv
|
0.0
|
L-term of UD2CV.
|
|
nud2cv
|
0.0
|
N-term of UD2CV.
|
|
pud2cv
|
0.0
|
P-term of UD2CV.
|
|
wud2cv
|
0.0
|
W-term of UD2CV.
|
|
p2ud2cv
|
0.0
|
WL-term of UD2CV.
|
|
agidlb
|
6.055e-12 1/ohm
|
Pre-exponential coefficient for parasitic substrate GIDL.
|
|
bgidlb
|
3.0e8 V/m
|
Exponential coefficient for parasitic substrate GIDL.
|
|
cgidlb
|
0.5 V3
|
Parameter for body-effect of parasitic substrate GIDL.
|
|
egidlb
|
0.2 V
|
Band bending parameter for parasitic substrate GIDL.
|
|
pgidlb
|
1.0
|
Parameter for body-bias effect on parasitic substrate GIDL.
|
|
agislb
|
6.055e-12 1/ohm
|
Pre-exponential coefficient for parasitic substrate GISL.
|
|
bgislb
|
3.0e8 V/m
|
Exponential coefficient for parasitic substrate GISL.
|
|
cgislb
|
0.5 V3
|
Parameter for body-effect of parasitic substrate GISL.
|
|
egislb
|
0.2 V
|
Band bending parameter for parasitic substrate GISL.
|
|
pgislb
|
1.0
|
Parameter for body-bias effect on parasitic substrate GISL.
|
|
lagidlb
|
0.0
|
L-term of AGIDLB.
|
|
nagidlb
|
0.0
|
N-term of AGIDLB.
|
|
pagidlb
|
0.0
|
P-term of AGIDLB.
|
|
wagidlb
|
0.0
|
W-term of AGIDLB.
|
|
p2agidlb
|
0.0
|
WL-term of AGIDLB.
|
|
lbgidlb
|
0.0
|
L-term of BGIDLB.
|
|
nbgidlb
|
0.0
|
N-term of BGIDLB.
|
|
pbgidlb
|
0.0
|
P-term of BGIDLB.
|
|
wbgidlb
|
0.0
|
W-term of BGIDLB.
|
|
p2bgidlb
|
0.0
|
WL-term of BGIDLB.
|
|
lcgidlb
|
0.0
|
L-term of CGIDLB.
|
|
ncgidlb
|
0.0
|
N-term of CGIDLB.
|
|
pcgidlb
|
0.0
|
P-term of CGIDLB.
|
|
wcgidlb
|
0.0
|
W-term of CGIDLB.
|
|
p2cgidlb
|
0.0
|
WL-term of CGIDLB.
|
|
legidlb
|
0.0
|
L-term of EGIDLB.
|
|
negidlb
|
0.0
|
N-term of EGIDLB.
|
|
pegidlb
|
0.0
|
P-term of EGIDLB.
|
|
wegidlb
|
0.0
|
W-term of EGIDLB.
|
|
p2egidlb
|
0.0
|
WL-term of EGIDLB.
|
|
lpgidlb
|
0.0
|
L-term of PGIDLB.
|
|
npgidlb
|
0.0
|
N-term of PGIDLB.
|
|
ppgidlb
|
0.0
|
P-term of PGIDLB.
|
|
wpgidlb
|
0.0
|
W-term of PGIDLB.
|
|
p2pgidlb
|
0.0
|
WL-term of PGIDLB.
|
|
lagislb
|
0.0
|
L-term of AGISLB.
|
|
nagislb
|
0.0
|
N-term of AGISLB.
|
|
pagislb
|
0.0
|
P-term of AGISLB.
|
|
wagislb
|
0.0
|
W-term of AGISLB.
|
|
p2agislb
|
0.0
|
WL-term of AGISLB.
|
|
lbgislb
|
0.0
|
L-term of BGISLB.
|
|
nbgislb
|
0.0
|
N-term of BGISLB.
|
|
pbgislb
|
0.0
|
P-term of BGISLB.
|
|
wbgislb
|
0.0
|
W-term of BGISLB.
|
|
p2bgislb
|
0.0
|
WL-term of BGISLB.
|
|
lcgislb
|
0.0
|
L-term of CGISLB.
|
|
ncgislb
|
0.0
|
N-term of CGISLB.
|
|
pcgislb
|
0.0
|
P-term of CGISLB.
|
|
wcgislb
|
0.0
|
W-term of CGISLB.
|
|
p2cgislb
|
0.0
|
WL-term of CGISLB.
|
|
legislb
|
0.0
|
L-term of EGISLB.
|
|
negislb
|
0.0
|
N-term of EGISLB.
|
|
pegislb
|
0.0
|
P-term of EGISLB.
|
|
wegislb
|
0.0
|
W-term of EGISLB.
|
|
p2egislb
|
0.0
|
WL-term of EGISLB.
|
|
lpgislb
|
0.0
|
L-term of PGISLB.
|
|
npgislb
|
0.0
|
N-term of PGISLB.
|
|
ppgislb
|
0.0
|
P-term of PGISLB.
|
|
wpgislb
|
0.0
|
W-term of PGISLB.
|
|
p2pgislb
|
0.0
|
WL-term of PGISLB.
|
|
tlow
|
50.0
|
CRYOMOD != 0 transition temperature of subthreshold swing at low temperatures.
|
|
tlow1
|
0.0
|
CRYOMOD != 0 transition temperature of subthreshold swing at low temperatures.
|
|
dtlow
|
1.0
|
CRYOMOD != 0 smoothing parameter for TLOW.
|
|
dtlow1
|
1e-3
|
CRYOMOD != 0 smoothing parameter for TLOW1.
|
|
klow1
|
0.0
|
CRYOMOD != 0 slope magnitude of effective temperature below TLOW1.
|
|
nvsrd
|
5.0e16 1/m2
|
Charge density in the drain region.
|
|
vsatrsd
|
1.0e5 m/sec
|
Saturation velocity in S/D region.
|
|
ptwgvsrsd
|
0.0 1/V
|
VSATRSD variation with gate bias.
|
|
ptwg1vsrsd
|
0.0 V
|
VSATRSD variation with gate bias.
|
|
psatxvsrsd
|
60.0 V
|
Fine tuning of PTWGVSRSD effect.
|
|
mvsrsd
|
1.0
|
Non-linear resistance parameter.
|
|
nvsrs
|
5.0e16 1/m2
|
Charge density in the source region.
|
|
rdlcw
|
0.0 Ω μm^WR
|
'R'esistance of the 'D'rain region at 'L'ow 'C'urrent.
|
|
rslcw
|
0.0 Ω μm^WR
|
'R'esistance of the 'S'ource region at 'L'ow 'C'urrent.
|
|
prtvsrsd
|
0.0
|
Temperature coefficient of resistance in S/D velocity saturation model.
|
|
atvsrsd
|
0.0 m/s
|
Temperature coefficient for S/D region saturation velocity.
|
|
vsrdfactor
|
1.0e-3
|
Parameter for delta_vsrd tuning.
|
|
vsrsfactor
|
1.0e-3
|
Parameter for delta_vsrs tuning.
|
|
rdvds
|
8.0 V
|
Parameter for Isat_rd variation with drain voltage.
|
|
gavsrd
|
0.0 1/V
|
Parameter for Isat_rd variation with drain voltage.
|
